available evidence of antibiotic resistance from extended ... · extended-spectrum β-lactamases...
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Bull World Health Organ 201997486ndash501B | doi httpdxdoiorg102471BLT18225698
Systematic reviews
486
IntroductionAntimicrobial resistance occurs when bacteria are no longer susceptible to the drugs used for treatment1 Increasingly there are fewer antimicrobial drugs available to effectively treat common as well as life-threatening infections Annual deaths from untreatable infections may rise from estimated 700 000 in 2015 to 10 million by 2050 if antimicrobial resistance is not controlled2 Common procedures such as surgery or cancer chemotherapy may become too dangerous to perform without effective antibiotics
Extended-spectrum β-lactamases are enzymes that cause resistance to some of the most commonly used antibiotics3 including all penicillins cephalosporins and monobactams3 Fortunately these enzymes have yet to confer resistance to carbapenems making these drugs valuable for serious extended-spectrum β-lactamase-producing bacterial infec-tions4 However there have been recent outbreaks of extend-ed-spectrum β-lactamase-producing Klebsiella spp with carbapenem resistance resulting in extremely high rates of mortality56 Within the already limited selection of antibiotics available to treat these infections fewer are approved for use in children7 Children are particularly vulnerable to bacterial infections compared with young adults due to their immature immune systems89
The World Health Organization (WHO) South-East Asia and Western Pacific Regions have over 43 billion of the worldrsquos
population of 77 billion including two of the most populous countries with heavy consumption of antibiotics China and India10 Research suggests these regions have high antimi-crobial resistance rates to extended-spectrum β-lactamase-producing bacteria in the paediatric population11 Poor-quality antibiotics and unsupervised use are common across the Regions The available studies provide an overall impression of the prevalence of antibiotic resistance in the Regions but better evidence is needed about the risk factors and outcomes for children with these infections We therefore aimed to make a systematic review and meta-analysis of the risk factors and outcomes of infection with extended-spectrum β-lactamase-producing Enterobacteriaceae in children and young adults in the South-East Asia and the Western Pacific We also mapped the prevalence of extended-spectrum β-lactamase-associated infections in countries and areas of the Regions using the available surveillance data
MethodsMeta-analysis
We conducted the meta-analysis in accordance with the Co-chrane handbook for systematic reviews of interventions12 All procedures followed Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines13 The study was reg-istered in the PROSPERO International prospective register of systematic reviews (CRD42017069701)
a School of Public Health Patrick Manson Building (North Wing) 7 Sassoon Road Li Ka Shing Faculty of Medicine University of Hong Kong Hong Kong Special Administrative Region China
Correspondence to Yanhong Jessika Hu (email huhubestgmailcom)(Submitted 20 October 2018 ndash Revised version received 8 April 2019 ndash Accepted 9 April 2019 ndash Published online 14 May 2019 )
Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisYanhong Jessika Hua Anju Ogyua Benjamin J Cowlinga Keiji Fukudaa amp Herbert H Panga
Objective To make a systematic review of risk factors outcomes and prevalence of extended-spectrum β-lactamase-associated infection in children and young adults in South-East Asia and the Western PacificMethods Up to June 2018 we searched online databases for published studies of infection with extended-spectrum β-lactamase-producing Enterobacteriaceae in individuals aged 0ndash21 years We included casendashcontrol cohort cross-sectional and observational studies reporting patients positive and negative for these organisms For the meta-analysis we used random-effects modelling of risk factors and outcomes for infection and meta-regression for analysis of subgroups We mapped the prevalence of these infections in 20 countries and areas using available surveillance dataFindings Of 6665 articles scanned we included 40 studies from 11 countries and areas in the meta-analysis The pooled studies included 2411 samples testing positive and 2874 negative A higher risk of infection with extended-spectrum β-lactamase-producing bacteria was associated with previous hospital care notably intensive care unit stays (pooled odds ratio OR 65 95 confidence interval CI 304 to 1373) antibiotic exposure (OR 48 95 CI 225 to 1027) and certain co-existing conditions Empirical antibiotic therapy was protective against infection (OR 029 95 CI 011 to 079) Infected patients had longer hospital stays (26 days 95 CI 1281 to 3889) and higher risk of death (OR 32 95 CI 182 to 580) The population prevalence of infection was high in these regions and surveillance data for children were scarceConclusion Antibiotic stewardship policies to prevent infection and encourage appropriate treatment are needed in South-East Asia and the Western Pacific
Systematic reviews
487Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Search strategy
We made a comprehensive search without language limitation of online databases for articles published from 1 January 1940 to 30 June 2018 (Box 1) Two researchers independently con-ducted the search and screened the titles abstracts and full texts of the pa-pers We used a standardized piloted data collection form to determine whether papers were appropriate for inclusion The researchers applied the NewcastlendashOttawa scale to assess risk of bias in non-randomized stud-ies14 Studies scoring ge 5 and le 8 were designated low risk of bias ge 3 and le 4 as moderate and le 2 as high We incorporated the quality assessment results into our sensitivity analysis using the Meta-analyses Of Observa-tional Studies in Epidemiology check-list Discrepancies at any stage of the analysis were resolved by consensus of the researchers
Selection criteria
We included cohort casendashcontrol and observational or cross-sectional stud-ies We defined the target population as children aged from birth to 21 years according the American Academy of Paediatrics guidelines15 We included studies that were conducted in the WHO South-East Asia and Western Pacific Regions and that recorded both positive and negative results of testing for extended-spectrum β-lactamase-producing bacteria
Outcome measures
The principal outcome measure was patientsrsquo infection status defined by whether specimens obtained test-ed positive or negative for infection with extended-spectrum β-lactamase-producing bacteria We analysed infec-tion status by risk sub-groups medical history in the 3 months before the infection (hospital stay intensive care unit admission surgery) exposure to invasive life support antibiotic therapy and co-morbidities or underlying conditions Other outcomes recorded were hospital length of stay mortal-ity persistent bacteraemia antibiotic residence and duration of fever after antibiotic therapy
Data synthesis and analysis
For the meta-analysis we pooled the data on number of isolates (four studies) or patients with isolates (37 studies) us-ing a MantelndashHaenszel random-effects model to determine the risk of infection with extended-spectrum β-lactamase-producing bacteria16 We calculated pooled odds ratio (OR) and 95 con-fidence intervals (CI) for dichotomous outcomes and weighted mean difference and 95 CI for continuous outcomes All tests were two-tailed and P lt 005 was considered statistically significant If studies provided median and inter-quartile range we made estimates of the mean and standardized deviation (SD)17
We assessed the heterogeneity of the studies using the I2 statistic which eval-
uates the consistency of study results The cut-off for defining heterogeneity was I2 gt 5018 Our sensitivity analyses were based on sample size on the over-all summary estimates19 We evaluated whether this restricted analysis affected the magnitude direction and statistical significance of the overall summary estimate Additional sensitivity analy-ses assessed the different types of study designs settings and risk of bias
We carried out meta-regression to explore each potential factor contribut-ing to heterogeneity between studies such as study location design duration and setting and patientsrsquo age and diag-nosis for all included studies reporting mortality and persistent bacteraemia We used funnel plots with Egger re-gression test to assess publication bias (P lt 01)
All statistical analyses were per-formed with R software version 340 (R Foundation for Statistical Computing Vienna Austria) using the Meta and Metafor meta-analysis packages
Prevalence study
We obtained data on the prevalence of extended-spectrum β-lactamase-associated infection from the same studies included in the meta-analysis We also made a search for other data sources in the published and grey lit-erature (Box 1) We included data on children (ages 0ndash21 years) where avail-able and all age groups if data for these ages were unavailable We calculated percentage prevalence by the number of people or isolates testing positive for extended-spectrum β-lactamases out of the total population or isolates tested For casendashcontrol studies the overall prevalence rate was extracted instead Numbers of cases and samples were extracted if stated by the source Where population maps were provided in the source material the average of the range were extracted as the prevalence in the country We pooled the prevalence data by calculating the mean of the extracted data from all sources for each country
ResultsMeta-analysis
Study selection and characteristics
The database search yielded 6665 ar-ticles We removed 1089 duplicates and excluded a further 3046 studies after
Box 1 Search strategy used in the systemic review of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries
We searched online databases (Embasereg MEDLINEreg Cochrane Library Web of Science Scopus OvidSPreg EBSCO) electronic abstract databases and references in published articles For the prevalence study we also searched the grey literature including the websites of the World Health Organization and the United States Centers for Disease Control surveillance systems related to antimicrobial resistance dissertations conference reports and country reports When more information about studies was needed we contacted authors or website administrators
We used the following keywords
extended-spectrum beta-lactamase OR extended-spectrum beta-lactamase OR ESBL OR ESBLs OR ESBL-producing
AND paediatric OR pediatric OR juvenile OR child OR children OR adolescence OR infant OR neonat OR neonatal OR newborn OR nursery
AND Asia OR Asia Pacific OR South Asia OR The Western Pacific OR South-East Asia OR Australia OR Bangladesh OR Bhutan OR Brunei Darussalam OR Cambodia OR China OR Cook Islands OR Democratic Peoples Republic of Korea OR Fiji OR India OR Indonesia OR Japan OR Kiribati OR Lao Peoples Democratic Republic OR Malaysia OR Maldives OR Marshall Islands OR Federated States of Micronesia (Federated States of ) OR Mongolia OR Myanmar OR Nauru OR Nepal OR New Zealand OR Niue OR Palau OR Papua New Guinea OR Philippines OR Republic of Korea OR Samoa OR Singapore OR Solomon Islands OR Sri Lanka OR Thailand OR Timor-Leste OR Tonga OR Tuvalu OR Vanuatu OR VietNam
488 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
screening titles and abstracts After as-sessing the full text of 577 studies we excluded 537 Screening of reference lists and conference abstracts yielded no additional studies In total 40 stud-ies were included in the meta-analysis (Fig 1) Three studies were reported in Chinese language one study each in Korean and French and the remaining 35 were in English
Overall the 40 studies reported 46 960 bacterial isolates from 17 829 children providing samples We pooled data from 2411 samples testing positive and 2874 testing negative for extended-spectrum β-lactamase-producing bac-teria over the study period up to June 2018 The most common method of detection of bacterial phenotypes was agar disk diffusion in 32 studies The study designs were 11 retrospective cohort studies 14 prospective cohort studies six observational studies two cross-sectional studies and seven casendashcontrol studies We found stud-ies from 11 different countries and areas Taiwan China India Indonesia Japan Malaysia Republic of Korea Singapore Sri Lanka Thailand and Viet Nam In 15 studies the focus was specifically on neonates (lt 28 days old) 15 studies were of age groups 0ndash21 years (excluding neonates) seven studies were of age 0ndash5 years (exclud-ing neonates) and three studies did not specify the ages (Table 1 available at httpwwwwhointbulletinvol-umes96718-225698)
Risk factors
The risk of infection with extended-spectrum β-lactamase-producing bac-teria was significantly higher for pa-tients whose medical history included intensive care unit admission (OR 65 95 CI 304 to 1373 I2 65 six stud-ies) hospitalization (OR 33 95 CI 195 to 557 I2 80 11 studies) or surgery (OR 23 95 CI 141 to 381 I2 25 six studies Table 2)
The risk of infection was higher for patients with co-existing bacteraemia (OR 53 95 CI 364 to 772 I2 38 six studies) nosocomial infections (OR 52 95 CI 223 to 1207 I2 92 two studies) lower respiratory tract infec-tions (OR 50 95 CI 1350 to 719 I2 79 four studies) sepsis (OR 46 95 CI 334 to 635 I2 80 10 stud-ies) or recurrent urinary tract infections (OR 20 95 CI 161 to 243 I2 90 11 studies Table 2)
Antibiotics associated with risk of infection included third-generation cephalosporins (OR 48 95 CI 225 to 1027 I2 89 11 studies) vancomycin (OR 34 95 CI 221 to 520 I2 0 three studies) and quinolones (OR 30 95 CI 104 to 863 I2 79 five studies) Five studies reported that appropriate initiation of empirical antibiotics was protective showing a pooled OR of infection of 029 (95 CI 011 to 079 I2 65 five studies Table 2)
Exposure to continuous positive airway pressure therapy was not signifi-cantly associated with a risk of infection (OR 34 95 CI 054 to 2061 three studies) Other types of invasive life support were a risk however The OR for total parenteral nutrition was 38 (95 CI 135 to 1056 five studies) For mechanical ventilation the OR was 33 (95 CI 103 to 1053 six studies) and for endotracheal intubation 21 (95 CI 122 to 349 eight studies) Central venous catheterization had an OR of 17 (95 CI 100 to 285 nine studies Table 2)
Treatment outcomes
Most specimens from patients with extended-spectrum β-lactamase-producing bacterial infection showed
resistance to multiple antibiotics The risk of antibiotic resistance was highest for extended-spectrum β-lactamase-positive patients treated with cepha-losporins (OR 705 95 CI 4325 to 11502 I2 83 25 studies) and lowest with cotrimoxazole (OR 18 95 CI 135 to 247 I2 43 15 studies) The ORs for resistance to tetracyclines and nitrofurantoin were not statistically significant (Table 3)
The duration of fever was 061 days longer in patients with extended-spectrum β-lactamase-producing bac-teria than patients without (95 CI 018 to 072 I2 92 seven studies Fig 2) Pooling five studies we found that persistent bacteraemia was four times higher in patients positive for extended-spectrum β-lactamase-producing bacteria (95 CI 266 to 614 I2 0 Fig 3) Results from eight studies showed that the mean difference in length of hospital stay was 259 days (95 CI 1281 to 3889 I2 100) for patients with extended-spectrum β-lactamase-associated infec-tion than those without such infection (Fig 4) Subgroup analysis showed that the mean length of hospital stay associated with infection was 29 days longer for patients who had recently
Fig 1 Flow diagram of the systematic review of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries
6450 articles identified through database searching (Embasereg MEDLINEreg Cochrane Library Web of ScienceTM Scopus OvidSPreg EBSCO)
215 articles identified through other sources
5576 articles after 1089 duplicates removed 3046 articles excludedbull 1460 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 1586 not pediatric population
1953 articles excludedbull 1001 molecular or genetic studiesbull 952 not comparing ESBL-positive and
negative infections
537 full-text articles excludedbull 230 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 186 without ESBL negative infectionsbull 90 without pediatric databull 14 molecular mechanism studiesbull 12 without full textbull 3 pharmaceutical studiesbull 2 review articles
2530 articles screened
577 full-text articles assessed for eligibility
40 studies included in quantitative synthesis (meta-analysis)
EBSL extended-spectrum β-lactamase-producing bacteria WHO World Health Organization
489Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
been admitted to an intensive care unit care than the patients not receiving this care Similar results were seen for invasive life support the mean length of stay after central venous catheteriza-tion was 33 days longer than without catheterization59
Eleven studies reported a pooled number of 188 deaths among 565 patients with extended-spectrum β-lactamase-associated infections com-pared with 86 deaths in 745 patients
without these infections (OR 32 95 CI 182 to 580 I2 49 Fig 5) When analysed by subgroups the risk of death for patients who had previ-ously been admitted to the intensive care unit or exposed to central venous catheterization were not significant However the risk of death was higher among patients with sepsis (OR 49 95 CI 211 to 1139 I2 38) than those without sepsis (OR 23 95 CI 119 to 426 I2 35)59
We also looked at the ORs for neonates and non-neonates but the differences not statistically significant between these groups59
Validity tests
None of the factors we analysed by meta-regression were contributors to between-study heterogeneity In the Newcastle-Ottawa analysis of risk of bias we found that 60 (24 out of 40) of studies scored high on risk of
Table 2 Pooled risk of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries by medical history and co-morbid conditions 2002ndash2018
Subgroup No of studies
Total no of patients
ESBL-positive no ESBL-negative no Pooled OR (95 CI)a I2
Events Total Events Total
Received medical care in previous 3 months Recent intensive care unit stay
6 1258 124 399 65 859 646 (304 to 1373) 65
Recent hospitalization 11 2936 318 727 367 2209 330 (195 to 557) 80Recent surgery 6 1178 58 433 37 745 232 (141 to 381) 8Pre-infection hospitalization
3 223 NA 110 NA 113 1142b (minus786 to 3071) 99
Diagnosis of co-morbid or underlying conditionsBacteraemia 6 958 103 222 109 736 530 (364 to 772) 38Lower respiratory tract infection
4 837 213 395 134 442 501 (350 to 719) 79
Recurrent urinary tract infection
11 2149 355 808 328 1341 201 (167 to 243) 90
Nosocomial infection 2 114 40 55 21 59 519 (223 to 1207) 92Various diagnoses 7 1772 229 545 339 1227 268 (206 to 348) 79Sepsis 10 970 397 550 146 420 461 (334 to 635) 80Received antibiotics in the previous 3 monthsThird-generation cephalosporin
11 2318 384 777 249 1541 481 (225 to 1027) 89
Vancomycin 3 813 69 235 79 578 339 (221 to 520) 0Quinolone 5 1242 105 477 55 765 299 (104 to 863) 79Carbapenem 5 1156 68 405 49 751 285 (147 to 553) 42Aminoglycoside 7 1444 151 485 235 959 284 (121 to 665) 83Penicillin 9 1750 380 798 249 952 287 (110 to 747) 92Received antibiotic prophylaxis
4 703 84 238 132 465 182 (116 to 286) 0
Received any antibiotic
13 2289 340 584 457 1705 358 (230 to 557) 60
Received appropriate empirical antibiotic therapy
5 803 102 192 463 611 029 (011 to 079) 65
Exposed to invasive life support Total parenteral nutrition
5 805 216 283 350 522 377 (135 to 1056) 79
Continuous positive airway pressure
3 682 148 241 303 441 335 (054 to 2061) 91
Mechanical ventilation 6 1098 137 432 271 666 329 (103 to 1053) 83Endotracheal intubation 8 1157 187 407 347 750 206 (122 to 349) 61Central venous catheter 9 957 244 352 429 605 169 (100 to 285) 41
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria NA not applicable OR odds ratioa MantelndashHaenszel random-effects b Pre-infection hospitalization is the time of hospitalization to the time while patients with confirmed infection with extended-spectrum β-lactamase-producing
Enterobacteriaceaeis expressed as mean difference in days between positive and negative patients (standard deviation)
490 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Table 3 Pooled risk of antibiotic resistance to extended-spectrum β-lactamase-producing bacteria in specimens from children and young adults in South-East Asia and Western Pacific countries by antibiotic class 2002ndash2018
Antibiotic class No of studies
Total no of
patients
ESBL-positive ESBL-negative Pooled OR (95 CI)a I2
Events Total Events Total
Cephalosporins 25 3444 1339 1483 632 1961 7050 (4325 to 11502) 83Monobactams 8 879 274 412 63 467 4116 (1405 to 12055) 58Penicillins 24 3148 1160 1304 1091 1844 1941 (867 to 4346) 86Aminoglyclosides 25 3449 495 1452 276 1997 571 (342 to 954) 74Combinationsb 22 2993 706 1141 739 1852 437 (195 to 982) 91Carbapenems 22 2940 79 1244 64 1696 399 (168 to 948) 0Fluoroquinolones 25 3351 627 1439 607 1912 333 (214 to 517) 78Cotrimoxazole 15 2346 547 868 755 1478 182 (135 to 247) 43Tetracyclines 7 1447 355 619 357 828 158 (076 to 330) 81Nitrofurantoin 3 1039 58 423 90 6 097 (064 to 146) 14
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioa MantelndashHaenszel random-effectsb Combinations Ampicillin + sulbactam ticarcillin + clavulanic acid amoxicillin + clavulanate cefoperazone + sulbactam piperacillin + tazobactam ceftazidime+
clavulanic acid
Fig 2 Duration of fever after antibiotic therapy among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negative Study Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Fan et al 2014 400 290 104 190 140 208 182 210 (151ndash269)Han et al 2015 200 007 22 200 149 189 254 000 (-021ndash021)Han et al 2015 550 820 21 500 820 40 10 050 (-383ndash483)Amornchaicharoensuk et al 2016
3500 3400 19 2900 2200 69 01 600 (-1015ndash2215)
Kim et al 2017 200 110 31 150 060 154 221 050 (010ndash090)Tsai et al 2017 200 013 14 180 006 27 268 020 (013ndash027)Kim et al 2019 270 420 32 190 160 66 65 080 (-071ndash231)
Total (95 CI) 243 753 061 (017ndash105)Heterogeneity Tau2 = 019 Chi2 = 4644 df = 6 (P lt 001) I2 = 87 Test for overall effect Z = 270 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-10 5 0 5 10
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviation Note We made inverse variance (IV) random-effects
Fig 3 Persistent bacteraemia among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Fan et al 2014 49 104 35 208 623 440 (259ndash748)Han et al 2015 3 21 3 40 61 206 (038ndash1121)Tsai et al 2016 7 77 11 316 181 277 (104ndash741)Kim et al 2017 7 31 7 154 136 612 (197ndash1902)
Total (95 CI) 233 718 1000 405 (266ndash614)Heterogeneity Tau2 = 0 Chi2 = 179 df = 3 (P = 062) I2 = 0 Test for overall effect Z = 656 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 20
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
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Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
3)
Taiw
an C
hina
(28
7)
Indi
a (4
59
) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
7)
Sing
apor
e (4
0
) Sr
i Lan
ka (3
60
) Th
aila
nd (2
17
) an
d Vi
et N
am (3
95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
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22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
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39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
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42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
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45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
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49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
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- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
487Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Search strategy
We made a comprehensive search without language limitation of online databases for articles published from 1 January 1940 to 30 June 2018 (Box 1) Two researchers independently con-ducted the search and screened the titles abstracts and full texts of the pa-pers We used a standardized piloted data collection form to determine whether papers were appropriate for inclusion The researchers applied the NewcastlendashOttawa scale to assess risk of bias in non-randomized stud-ies14 Studies scoring ge 5 and le 8 were designated low risk of bias ge 3 and le 4 as moderate and le 2 as high We incorporated the quality assessment results into our sensitivity analysis using the Meta-analyses Of Observa-tional Studies in Epidemiology check-list Discrepancies at any stage of the analysis were resolved by consensus of the researchers
Selection criteria
We included cohort casendashcontrol and observational or cross-sectional stud-ies We defined the target population as children aged from birth to 21 years according the American Academy of Paediatrics guidelines15 We included studies that were conducted in the WHO South-East Asia and Western Pacific Regions and that recorded both positive and negative results of testing for extended-spectrum β-lactamase-producing bacteria
Outcome measures
The principal outcome measure was patientsrsquo infection status defined by whether specimens obtained test-ed positive or negative for infection with extended-spectrum β-lactamase-producing bacteria We analysed infec-tion status by risk sub-groups medical history in the 3 months before the infection (hospital stay intensive care unit admission surgery) exposure to invasive life support antibiotic therapy and co-morbidities or underlying conditions Other outcomes recorded were hospital length of stay mortal-ity persistent bacteraemia antibiotic residence and duration of fever after antibiotic therapy
Data synthesis and analysis
For the meta-analysis we pooled the data on number of isolates (four studies) or patients with isolates (37 studies) us-ing a MantelndashHaenszel random-effects model to determine the risk of infection with extended-spectrum β-lactamase-producing bacteria16 We calculated pooled odds ratio (OR) and 95 con-fidence intervals (CI) for dichotomous outcomes and weighted mean difference and 95 CI for continuous outcomes All tests were two-tailed and P lt 005 was considered statistically significant If studies provided median and inter-quartile range we made estimates of the mean and standardized deviation (SD)17
We assessed the heterogeneity of the studies using the I2 statistic which eval-
uates the consistency of study results The cut-off for defining heterogeneity was I2 gt 5018 Our sensitivity analyses were based on sample size on the over-all summary estimates19 We evaluated whether this restricted analysis affected the magnitude direction and statistical significance of the overall summary estimate Additional sensitivity analy-ses assessed the different types of study designs settings and risk of bias
We carried out meta-regression to explore each potential factor contribut-ing to heterogeneity between studies such as study location design duration and setting and patientsrsquo age and diag-nosis for all included studies reporting mortality and persistent bacteraemia We used funnel plots with Egger re-gression test to assess publication bias (P lt 01)
All statistical analyses were per-formed with R software version 340 (R Foundation for Statistical Computing Vienna Austria) using the Meta and Metafor meta-analysis packages
Prevalence study
We obtained data on the prevalence of extended-spectrum β-lactamase-associated infection from the same studies included in the meta-analysis We also made a search for other data sources in the published and grey lit-erature (Box 1) We included data on children (ages 0ndash21 years) where avail-able and all age groups if data for these ages were unavailable We calculated percentage prevalence by the number of people or isolates testing positive for extended-spectrum β-lactamases out of the total population or isolates tested For casendashcontrol studies the overall prevalence rate was extracted instead Numbers of cases and samples were extracted if stated by the source Where population maps were provided in the source material the average of the range were extracted as the prevalence in the country We pooled the prevalence data by calculating the mean of the extracted data from all sources for each country
ResultsMeta-analysis
Study selection and characteristics
The database search yielded 6665 ar-ticles We removed 1089 duplicates and excluded a further 3046 studies after
Box 1 Search strategy used in the systemic review of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries
We searched online databases (Embasereg MEDLINEreg Cochrane Library Web of Science Scopus OvidSPreg EBSCO) electronic abstract databases and references in published articles For the prevalence study we also searched the grey literature including the websites of the World Health Organization and the United States Centers for Disease Control surveillance systems related to antimicrobial resistance dissertations conference reports and country reports When more information about studies was needed we contacted authors or website administrators
We used the following keywords
extended-spectrum beta-lactamase OR extended-spectrum beta-lactamase OR ESBL OR ESBLs OR ESBL-producing
AND paediatric OR pediatric OR juvenile OR child OR children OR adolescence OR infant OR neonat OR neonatal OR newborn OR nursery
AND Asia OR Asia Pacific OR South Asia OR The Western Pacific OR South-East Asia OR Australia OR Bangladesh OR Bhutan OR Brunei Darussalam OR Cambodia OR China OR Cook Islands OR Democratic Peoples Republic of Korea OR Fiji OR India OR Indonesia OR Japan OR Kiribati OR Lao Peoples Democratic Republic OR Malaysia OR Maldives OR Marshall Islands OR Federated States of Micronesia (Federated States of ) OR Mongolia OR Myanmar OR Nauru OR Nepal OR New Zealand OR Niue OR Palau OR Papua New Guinea OR Philippines OR Republic of Korea OR Samoa OR Singapore OR Solomon Islands OR Sri Lanka OR Thailand OR Timor-Leste OR Tonga OR Tuvalu OR Vanuatu OR VietNam
488 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
screening titles and abstracts After as-sessing the full text of 577 studies we excluded 537 Screening of reference lists and conference abstracts yielded no additional studies In total 40 stud-ies were included in the meta-analysis (Fig 1) Three studies were reported in Chinese language one study each in Korean and French and the remaining 35 were in English
Overall the 40 studies reported 46 960 bacterial isolates from 17 829 children providing samples We pooled data from 2411 samples testing positive and 2874 testing negative for extended-spectrum β-lactamase-producing bac-teria over the study period up to June 2018 The most common method of detection of bacterial phenotypes was agar disk diffusion in 32 studies The study designs were 11 retrospective cohort studies 14 prospective cohort studies six observational studies two cross-sectional studies and seven casendashcontrol studies We found stud-ies from 11 different countries and areas Taiwan China India Indonesia Japan Malaysia Republic of Korea Singapore Sri Lanka Thailand and Viet Nam In 15 studies the focus was specifically on neonates (lt 28 days old) 15 studies were of age groups 0ndash21 years (excluding neonates) seven studies were of age 0ndash5 years (exclud-ing neonates) and three studies did not specify the ages (Table 1 available at httpwwwwhointbulletinvol-umes96718-225698)
Risk factors
The risk of infection with extended-spectrum β-lactamase-producing bac-teria was significantly higher for pa-tients whose medical history included intensive care unit admission (OR 65 95 CI 304 to 1373 I2 65 six stud-ies) hospitalization (OR 33 95 CI 195 to 557 I2 80 11 studies) or surgery (OR 23 95 CI 141 to 381 I2 25 six studies Table 2)
The risk of infection was higher for patients with co-existing bacteraemia (OR 53 95 CI 364 to 772 I2 38 six studies) nosocomial infections (OR 52 95 CI 223 to 1207 I2 92 two studies) lower respiratory tract infec-tions (OR 50 95 CI 1350 to 719 I2 79 four studies) sepsis (OR 46 95 CI 334 to 635 I2 80 10 stud-ies) or recurrent urinary tract infections (OR 20 95 CI 161 to 243 I2 90 11 studies Table 2)
Antibiotics associated with risk of infection included third-generation cephalosporins (OR 48 95 CI 225 to 1027 I2 89 11 studies) vancomycin (OR 34 95 CI 221 to 520 I2 0 three studies) and quinolones (OR 30 95 CI 104 to 863 I2 79 five studies) Five studies reported that appropriate initiation of empirical antibiotics was protective showing a pooled OR of infection of 029 (95 CI 011 to 079 I2 65 five studies Table 2)
Exposure to continuous positive airway pressure therapy was not signifi-cantly associated with a risk of infection (OR 34 95 CI 054 to 2061 three studies) Other types of invasive life support were a risk however The OR for total parenteral nutrition was 38 (95 CI 135 to 1056 five studies) For mechanical ventilation the OR was 33 (95 CI 103 to 1053 six studies) and for endotracheal intubation 21 (95 CI 122 to 349 eight studies) Central venous catheterization had an OR of 17 (95 CI 100 to 285 nine studies Table 2)
Treatment outcomes
Most specimens from patients with extended-spectrum β-lactamase-producing bacterial infection showed
resistance to multiple antibiotics The risk of antibiotic resistance was highest for extended-spectrum β-lactamase-positive patients treated with cepha-losporins (OR 705 95 CI 4325 to 11502 I2 83 25 studies) and lowest with cotrimoxazole (OR 18 95 CI 135 to 247 I2 43 15 studies) The ORs for resistance to tetracyclines and nitrofurantoin were not statistically significant (Table 3)
The duration of fever was 061 days longer in patients with extended-spectrum β-lactamase-producing bac-teria than patients without (95 CI 018 to 072 I2 92 seven studies Fig 2) Pooling five studies we found that persistent bacteraemia was four times higher in patients positive for extended-spectrum β-lactamase-producing bacteria (95 CI 266 to 614 I2 0 Fig 3) Results from eight studies showed that the mean difference in length of hospital stay was 259 days (95 CI 1281 to 3889 I2 100) for patients with extended-spectrum β-lactamase-associated infec-tion than those without such infection (Fig 4) Subgroup analysis showed that the mean length of hospital stay associated with infection was 29 days longer for patients who had recently
Fig 1 Flow diagram of the systematic review of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries
6450 articles identified through database searching (Embasereg MEDLINEreg Cochrane Library Web of ScienceTM Scopus OvidSPreg EBSCO)
215 articles identified through other sources
5576 articles after 1089 duplicates removed 3046 articles excludedbull 1460 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 1586 not pediatric population
1953 articles excludedbull 1001 molecular or genetic studiesbull 952 not comparing ESBL-positive and
negative infections
537 full-text articles excludedbull 230 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 186 without ESBL negative infectionsbull 90 without pediatric databull 14 molecular mechanism studiesbull 12 without full textbull 3 pharmaceutical studiesbull 2 review articles
2530 articles screened
577 full-text articles assessed for eligibility
40 studies included in quantitative synthesis (meta-analysis)
EBSL extended-spectrum β-lactamase-producing bacteria WHO World Health Organization
489Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
been admitted to an intensive care unit care than the patients not receiving this care Similar results were seen for invasive life support the mean length of stay after central venous catheteriza-tion was 33 days longer than without catheterization59
Eleven studies reported a pooled number of 188 deaths among 565 patients with extended-spectrum β-lactamase-associated infections com-pared with 86 deaths in 745 patients
without these infections (OR 32 95 CI 182 to 580 I2 49 Fig 5) When analysed by subgroups the risk of death for patients who had previ-ously been admitted to the intensive care unit or exposed to central venous catheterization were not significant However the risk of death was higher among patients with sepsis (OR 49 95 CI 211 to 1139 I2 38) than those without sepsis (OR 23 95 CI 119 to 426 I2 35)59
We also looked at the ORs for neonates and non-neonates but the differences not statistically significant between these groups59
Validity tests
None of the factors we analysed by meta-regression were contributors to between-study heterogeneity In the Newcastle-Ottawa analysis of risk of bias we found that 60 (24 out of 40) of studies scored high on risk of
Table 2 Pooled risk of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries by medical history and co-morbid conditions 2002ndash2018
Subgroup No of studies
Total no of patients
ESBL-positive no ESBL-negative no Pooled OR (95 CI)a I2
Events Total Events Total
Received medical care in previous 3 months Recent intensive care unit stay
6 1258 124 399 65 859 646 (304 to 1373) 65
Recent hospitalization 11 2936 318 727 367 2209 330 (195 to 557) 80Recent surgery 6 1178 58 433 37 745 232 (141 to 381) 8Pre-infection hospitalization
3 223 NA 110 NA 113 1142b (minus786 to 3071) 99
Diagnosis of co-morbid or underlying conditionsBacteraemia 6 958 103 222 109 736 530 (364 to 772) 38Lower respiratory tract infection
4 837 213 395 134 442 501 (350 to 719) 79
Recurrent urinary tract infection
11 2149 355 808 328 1341 201 (167 to 243) 90
Nosocomial infection 2 114 40 55 21 59 519 (223 to 1207) 92Various diagnoses 7 1772 229 545 339 1227 268 (206 to 348) 79Sepsis 10 970 397 550 146 420 461 (334 to 635) 80Received antibiotics in the previous 3 monthsThird-generation cephalosporin
11 2318 384 777 249 1541 481 (225 to 1027) 89
Vancomycin 3 813 69 235 79 578 339 (221 to 520) 0Quinolone 5 1242 105 477 55 765 299 (104 to 863) 79Carbapenem 5 1156 68 405 49 751 285 (147 to 553) 42Aminoglycoside 7 1444 151 485 235 959 284 (121 to 665) 83Penicillin 9 1750 380 798 249 952 287 (110 to 747) 92Received antibiotic prophylaxis
4 703 84 238 132 465 182 (116 to 286) 0
Received any antibiotic
13 2289 340 584 457 1705 358 (230 to 557) 60
Received appropriate empirical antibiotic therapy
5 803 102 192 463 611 029 (011 to 079) 65
Exposed to invasive life support Total parenteral nutrition
5 805 216 283 350 522 377 (135 to 1056) 79
Continuous positive airway pressure
3 682 148 241 303 441 335 (054 to 2061) 91
Mechanical ventilation 6 1098 137 432 271 666 329 (103 to 1053) 83Endotracheal intubation 8 1157 187 407 347 750 206 (122 to 349) 61Central venous catheter 9 957 244 352 429 605 169 (100 to 285) 41
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria NA not applicable OR odds ratioa MantelndashHaenszel random-effects b Pre-infection hospitalization is the time of hospitalization to the time while patients with confirmed infection with extended-spectrum β-lactamase-producing
Enterobacteriaceaeis expressed as mean difference in days between positive and negative patients (standard deviation)
490 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Table 3 Pooled risk of antibiotic resistance to extended-spectrum β-lactamase-producing bacteria in specimens from children and young adults in South-East Asia and Western Pacific countries by antibiotic class 2002ndash2018
Antibiotic class No of studies
Total no of
patients
ESBL-positive ESBL-negative Pooled OR (95 CI)a I2
Events Total Events Total
Cephalosporins 25 3444 1339 1483 632 1961 7050 (4325 to 11502) 83Monobactams 8 879 274 412 63 467 4116 (1405 to 12055) 58Penicillins 24 3148 1160 1304 1091 1844 1941 (867 to 4346) 86Aminoglyclosides 25 3449 495 1452 276 1997 571 (342 to 954) 74Combinationsb 22 2993 706 1141 739 1852 437 (195 to 982) 91Carbapenems 22 2940 79 1244 64 1696 399 (168 to 948) 0Fluoroquinolones 25 3351 627 1439 607 1912 333 (214 to 517) 78Cotrimoxazole 15 2346 547 868 755 1478 182 (135 to 247) 43Tetracyclines 7 1447 355 619 357 828 158 (076 to 330) 81Nitrofurantoin 3 1039 58 423 90 6 097 (064 to 146) 14
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioa MantelndashHaenszel random-effectsb Combinations Ampicillin + sulbactam ticarcillin + clavulanic acid amoxicillin + clavulanate cefoperazone + sulbactam piperacillin + tazobactam ceftazidime+
clavulanic acid
Fig 2 Duration of fever after antibiotic therapy among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negative Study Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Fan et al 2014 400 290 104 190 140 208 182 210 (151ndash269)Han et al 2015 200 007 22 200 149 189 254 000 (-021ndash021)Han et al 2015 550 820 21 500 820 40 10 050 (-383ndash483)Amornchaicharoensuk et al 2016
3500 3400 19 2900 2200 69 01 600 (-1015ndash2215)
Kim et al 2017 200 110 31 150 060 154 221 050 (010ndash090)Tsai et al 2017 200 013 14 180 006 27 268 020 (013ndash027)Kim et al 2019 270 420 32 190 160 66 65 080 (-071ndash231)
Total (95 CI) 243 753 061 (017ndash105)Heterogeneity Tau2 = 019 Chi2 = 4644 df = 6 (P lt 001) I2 = 87 Test for overall effect Z = 270 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-10 5 0 5 10
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviation Note We made inverse variance (IV) random-effects
Fig 3 Persistent bacteraemia among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Fan et al 2014 49 104 35 208 623 440 (259ndash748)Han et al 2015 3 21 3 40 61 206 (038ndash1121)Tsai et al 2016 7 77 11 316 181 277 (104ndash741)Kim et al 2017 7 31 7 154 136 612 (197ndash1902)
Total (95 CI) 233 718 1000 405 (266ndash614)Heterogeneity Tau2 = 0 Chi2 = 179 df = 3 (P = 062) I2 = 0 Test for overall effect Z = 656 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 20
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
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11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
3)
Taiw
an C
hina
(28
7)
Indi
a (4
59
) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
7)
Sing
apor
e (4
0
) Sr
i Lan
ka (3
60
) Th
aila
nd (2
17
) an
d Vi
et N
am (3
95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
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22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
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ion
CLS
I Clin
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and
Lab
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Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
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ing
bact
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nal C
omm
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nclu
ded
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on
patie
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es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
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stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
488 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
screening titles and abstracts After as-sessing the full text of 577 studies we excluded 537 Screening of reference lists and conference abstracts yielded no additional studies In total 40 stud-ies were included in the meta-analysis (Fig 1) Three studies were reported in Chinese language one study each in Korean and French and the remaining 35 were in English
Overall the 40 studies reported 46 960 bacterial isolates from 17 829 children providing samples We pooled data from 2411 samples testing positive and 2874 testing negative for extended-spectrum β-lactamase-producing bac-teria over the study period up to June 2018 The most common method of detection of bacterial phenotypes was agar disk diffusion in 32 studies The study designs were 11 retrospective cohort studies 14 prospective cohort studies six observational studies two cross-sectional studies and seven casendashcontrol studies We found stud-ies from 11 different countries and areas Taiwan China India Indonesia Japan Malaysia Republic of Korea Singapore Sri Lanka Thailand and Viet Nam In 15 studies the focus was specifically on neonates (lt 28 days old) 15 studies were of age groups 0ndash21 years (excluding neonates) seven studies were of age 0ndash5 years (exclud-ing neonates) and three studies did not specify the ages (Table 1 available at httpwwwwhointbulletinvol-umes96718-225698)
Risk factors
The risk of infection with extended-spectrum β-lactamase-producing bac-teria was significantly higher for pa-tients whose medical history included intensive care unit admission (OR 65 95 CI 304 to 1373 I2 65 six stud-ies) hospitalization (OR 33 95 CI 195 to 557 I2 80 11 studies) or surgery (OR 23 95 CI 141 to 381 I2 25 six studies Table 2)
The risk of infection was higher for patients with co-existing bacteraemia (OR 53 95 CI 364 to 772 I2 38 six studies) nosocomial infections (OR 52 95 CI 223 to 1207 I2 92 two studies) lower respiratory tract infec-tions (OR 50 95 CI 1350 to 719 I2 79 four studies) sepsis (OR 46 95 CI 334 to 635 I2 80 10 stud-ies) or recurrent urinary tract infections (OR 20 95 CI 161 to 243 I2 90 11 studies Table 2)
Antibiotics associated with risk of infection included third-generation cephalosporins (OR 48 95 CI 225 to 1027 I2 89 11 studies) vancomycin (OR 34 95 CI 221 to 520 I2 0 three studies) and quinolones (OR 30 95 CI 104 to 863 I2 79 five studies) Five studies reported that appropriate initiation of empirical antibiotics was protective showing a pooled OR of infection of 029 (95 CI 011 to 079 I2 65 five studies Table 2)
Exposure to continuous positive airway pressure therapy was not signifi-cantly associated with a risk of infection (OR 34 95 CI 054 to 2061 three studies) Other types of invasive life support were a risk however The OR for total parenteral nutrition was 38 (95 CI 135 to 1056 five studies) For mechanical ventilation the OR was 33 (95 CI 103 to 1053 six studies) and for endotracheal intubation 21 (95 CI 122 to 349 eight studies) Central venous catheterization had an OR of 17 (95 CI 100 to 285 nine studies Table 2)
Treatment outcomes
Most specimens from patients with extended-spectrum β-lactamase-producing bacterial infection showed
resistance to multiple antibiotics The risk of antibiotic resistance was highest for extended-spectrum β-lactamase-positive patients treated with cepha-losporins (OR 705 95 CI 4325 to 11502 I2 83 25 studies) and lowest with cotrimoxazole (OR 18 95 CI 135 to 247 I2 43 15 studies) The ORs for resistance to tetracyclines and nitrofurantoin were not statistically significant (Table 3)
The duration of fever was 061 days longer in patients with extended-spectrum β-lactamase-producing bac-teria than patients without (95 CI 018 to 072 I2 92 seven studies Fig 2) Pooling five studies we found that persistent bacteraemia was four times higher in patients positive for extended-spectrum β-lactamase-producing bacteria (95 CI 266 to 614 I2 0 Fig 3) Results from eight studies showed that the mean difference in length of hospital stay was 259 days (95 CI 1281 to 3889 I2 100) for patients with extended-spectrum β-lactamase-associated infec-tion than those without such infection (Fig 4) Subgroup analysis showed that the mean length of hospital stay associated with infection was 29 days longer for patients who had recently
Fig 1 Flow diagram of the systematic review of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries
6450 articles identified through database searching (Embasereg MEDLINEreg Cochrane Library Web of ScienceTM Scopus OvidSPreg EBSCO)
215 articles identified through other sources
5576 articles after 1089 duplicates removed 3046 articles excludedbull 1460 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 1586 not pediatric population
1953 articles excludedbull 1001 molecular or genetic studiesbull 952 not comparing ESBL-positive and
negative infections
537 full-text articles excludedbull 230 not conducted in WHO South-East
Asia or Western Pacific Regionsbull 186 without ESBL negative infectionsbull 90 without pediatric databull 14 molecular mechanism studiesbull 12 without full textbull 3 pharmaceutical studiesbull 2 review articles
2530 articles screened
577 full-text articles assessed for eligibility
40 studies included in quantitative synthesis (meta-analysis)
EBSL extended-spectrum β-lactamase-producing bacteria WHO World Health Organization
489Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
been admitted to an intensive care unit care than the patients not receiving this care Similar results were seen for invasive life support the mean length of stay after central venous catheteriza-tion was 33 days longer than without catheterization59
Eleven studies reported a pooled number of 188 deaths among 565 patients with extended-spectrum β-lactamase-associated infections com-pared with 86 deaths in 745 patients
without these infections (OR 32 95 CI 182 to 580 I2 49 Fig 5) When analysed by subgroups the risk of death for patients who had previ-ously been admitted to the intensive care unit or exposed to central venous catheterization were not significant However the risk of death was higher among patients with sepsis (OR 49 95 CI 211 to 1139 I2 38) than those without sepsis (OR 23 95 CI 119 to 426 I2 35)59
We also looked at the ORs for neonates and non-neonates but the differences not statistically significant between these groups59
Validity tests
None of the factors we analysed by meta-regression were contributors to between-study heterogeneity In the Newcastle-Ottawa analysis of risk of bias we found that 60 (24 out of 40) of studies scored high on risk of
Table 2 Pooled risk of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries by medical history and co-morbid conditions 2002ndash2018
Subgroup No of studies
Total no of patients
ESBL-positive no ESBL-negative no Pooled OR (95 CI)a I2
Events Total Events Total
Received medical care in previous 3 months Recent intensive care unit stay
6 1258 124 399 65 859 646 (304 to 1373) 65
Recent hospitalization 11 2936 318 727 367 2209 330 (195 to 557) 80Recent surgery 6 1178 58 433 37 745 232 (141 to 381) 8Pre-infection hospitalization
3 223 NA 110 NA 113 1142b (minus786 to 3071) 99
Diagnosis of co-morbid or underlying conditionsBacteraemia 6 958 103 222 109 736 530 (364 to 772) 38Lower respiratory tract infection
4 837 213 395 134 442 501 (350 to 719) 79
Recurrent urinary tract infection
11 2149 355 808 328 1341 201 (167 to 243) 90
Nosocomial infection 2 114 40 55 21 59 519 (223 to 1207) 92Various diagnoses 7 1772 229 545 339 1227 268 (206 to 348) 79Sepsis 10 970 397 550 146 420 461 (334 to 635) 80Received antibiotics in the previous 3 monthsThird-generation cephalosporin
11 2318 384 777 249 1541 481 (225 to 1027) 89
Vancomycin 3 813 69 235 79 578 339 (221 to 520) 0Quinolone 5 1242 105 477 55 765 299 (104 to 863) 79Carbapenem 5 1156 68 405 49 751 285 (147 to 553) 42Aminoglycoside 7 1444 151 485 235 959 284 (121 to 665) 83Penicillin 9 1750 380 798 249 952 287 (110 to 747) 92Received antibiotic prophylaxis
4 703 84 238 132 465 182 (116 to 286) 0
Received any antibiotic
13 2289 340 584 457 1705 358 (230 to 557) 60
Received appropriate empirical antibiotic therapy
5 803 102 192 463 611 029 (011 to 079) 65
Exposed to invasive life support Total parenteral nutrition
5 805 216 283 350 522 377 (135 to 1056) 79
Continuous positive airway pressure
3 682 148 241 303 441 335 (054 to 2061) 91
Mechanical ventilation 6 1098 137 432 271 666 329 (103 to 1053) 83Endotracheal intubation 8 1157 187 407 347 750 206 (122 to 349) 61Central venous catheter 9 957 244 352 429 605 169 (100 to 285) 41
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria NA not applicable OR odds ratioa MantelndashHaenszel random-effects b Pre-infection hospitalization is the time of hospitalization to the time while patients with confirmed infection with extended-spectrum β-lactamase-producing
Enterobacteriaceaeis expressed as mean difference in days between positive and negative patients (standard deviation)
490 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Table 3 Pooled risk of antibiotic resistance to extended-spectrum β-lactamase-producing bacteria in specimens from children and young adults in South-East Asia and Western Pacific countries by antibiotic class 2002ndash2018
Antibiotic class No of studies
Total no of
patients
ESBL-positive ESBL-negative Pooled OR (95 CI)a I2
Events Total Events Total
Cephalosporins 25 3444 1339 1483 632 1961 7050 (4325 to 11502) 83Monobactams 8 879 274 412 63 467 4116 (1405 to 12055) 58Penicillins 24 3148 1160 1304 1091 1844 1941 (867 to 4346) 86Aminoglyclosides 25 3449 495 1452 276 1997 571 (342 to 954) 74Combinationsb 22 2993 706 1141 739 1852 437 (195 to 982) 91Carbapenems 22 2940 79 1244 64 1696 399 (168 to 948) 0Fluoroquinolones 25 3351 627 1439 607 1912 333 (214 to 517) 78Cotrimoxazole 15 2346 547 868 755 1478 182 (135 to 247) 43Tetracyclines 7 1447 355 619 357 828 158 (076 to 330) 81Nitrofurantoin 3 1039 58 423 90 6 097 (064 to 146) 14
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioa MantelndashHaenszel random-effectsb Combinations Ampicillin + sulbactam ticarcillin + clavulanic acid amoxicillin + clavulanate cefoperazone + sulbactam piperacillin + tazobactam ceftazidime+
clavulanic acid
Fig 2 Duration of fever after antibiotic therapy among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negative Study Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Fan et al 2014 400 290 104 190 140 208 182 210 (151ndash269)Han et al 2015 200 007 22 200 149 189 254 000 (-021ndash021)Han et al 2015 550 820 21 500 820 40 10 050 (-383ndash483)Amornchaicharoensuk et al 2016
3500 3400 19 2900 2200 69 01 600 (-1015ndash2215)
Kim et al 2017 200 110 31 150 060 154 221 050 (010ndash090)Tsai et al 2017 200 013 14 180 006 27 268 020 (013ndash027)Kim et al 2019 270 420 32 190 160 66 65 080 (-071ndash231)
Total (95 CI) 243 753 061 (017ndash105)Heterogeneity Tau2 = 019 Chi2 = 4644 df = 6 (P lt 001) I2 = 87 Test for overall effect Z = 270 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-10 5 0 5 10
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviation Note We made inverse variance (IV) random-effects
Fig 3 Persistent bacteraemia among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Fan et al 2014 49 104 35 208 623 440 (259ndash748)Han et al 2015 3 21 3 40 61 206 (038ndash1121)Tsai et al 2016 7 77 11 316 181 277 (104ndash741)Kim et al 2017 7 31 7 154 136 612 (197ndash1902)
Total (95 CI) 233 718 1000 405 (266ndash614)Heterogeneity Tau2 = 0 Chi2 = 179 df = 3 (P = 062) I2 = 0 Test for overall effect Z = 656 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 20
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
ble
4
Risk
of b
ias i
n ca
sendashc
ontr
ol a
nd cr
oss-
sect
iona
l stu
dies
inclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st
Asia
and
Wes
tern
Pac
ific c
ount
ries
2005
ndash201
8
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal s
core
b
Repr
esen
tativ
e-ne
ss o
f sam
ple
Sam
ple
size
Non-
resp
on-
dent
sAs
cert
ainm
ent
of e
xpos
ure
(risk
fa
ctor
)
Diffe
rent
out
com
e gr
oups
are
com
pa-
rabl
e co
nfou
ndin
g fa
ctor
s are
cont
rolle
da
Asse
ssm
ent o
f ex
posu
re o
r ou
tcom
e
Sam
e m
etho
d of
as
cert
ainm
ent f
or
case
s and
cont
rols
Non-
resp
onse
rate
or
stat
istica
l tes
t
Boo
et a
l 20
0522
01
11
01
11
6Ku
o et
al
2007
260
11
00
11
15
Gau
rav
et a
l 20
1133
01
10
01
11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
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rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
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para
ble
base
d on
the
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n or
an
alys
is
Asse
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ent o
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ea
Follo
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ng
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gh fo
r ou
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es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
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00
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14
Han
et a
l 20
1517
c0
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00
11
14
Han
et a
l 20
1544
d0
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00
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14
Nish
a et
al
2015
450
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15
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wal
et a
l 20
16 46
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14
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ncha
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roen
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20
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00
10
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11
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et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
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00
11
15
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dal e
t al
2017
530
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04
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a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
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w ri
sk o
f bia
s ge
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hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
3)
Taiw
an C
hina
(28
7)
Indi
a (4
59
) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
7)
Sing
apor
e (4
0
) Sr
i Lan
ka (3
60
) Th
aila
nd (2
17
) an
d Vi
et N
am (3
95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
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28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
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40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
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47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
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49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
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58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
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65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
489Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
been admitted to an intensive care unit care than the patients not receiving this care Similar results were seen for invasive life support the mean length of stay after central venous catheteriza-tion was 33 days longer than without catheterization59
Eleven studies reported a pooled number of 188 deaths among 565 patients with extended-spectrum β-lactamase-associated infections com-pared with 86 deaths in 745 patients
without these infections (OR 32 95 CI 182 to 580 I2 49 Fig 5) When analysed by subgroups the risk of death for patients who had previ-ously been admitted to the intensive care unit or exposed to central venous catheterization were not significant However the risk of death was higher among patients with sepsis (OR 49 95 CI 211 to 1139 I2 38) than those without sepsis (OR 23 95 CI 119 to 426 I2 35)59
We also looked at the ORs for neonates and non-neonates but the differences not statistically significant between these groups59
Validity tests
None of the factors we analysed by meta-regression were contributors to between-study heterogeneity In the Newcastle-Ottawa analysis of risk of bias we found that 60 (24 out of 40) of studies scored high on risk of
Table 2 Pooled risk of extended-spectrum β-lactamase-associated infection among children and young adults in South-East Asia and Western Pacific countries by medical history and co-morbid conditions 2002ndash2018
Subgroup No of studies
Total no of patients
ESBL-positive no ESBL-negative no Pooled OR (95 CI)a I2
Events Total Events Total
Received medical care in previous 3 months Recent intensive care unit stay
6 1258 124 399 65 859 646 (304 to 1373) 65
Recent hospitalization 11 2936 318 727 367 2209 330 (195 to 557) 80Recent surgery 6 1178 58 433 37 745 232 (141 to 381) 8Pre-infection hospitalization
3 223 NA 110 NA 113 1142b (minus786 to 3071) 99
Diagnosis of co-morbid or underlying conditionsBacteraemia 6 958 103 222 109 736 530 (364 to 772) 38Lower respiratory tract infection
4 837 213 395 134 442 501 (350 to 719) 79
Recurrent urinary tract infection
11 2149 355 808 328 1341 201 (167 to 243) 90
Nosocomial infection 2 114 40 55 21 59 519 (223 to 1207) 92Various diagnoses 7 1772 229 545 339 1227 268 (206 to 348) 79Sepsis 10 970 397 550 146 420 461 (334 to 635) 80Received antibiotics in the previous 3 monthsThird-generation cephalosporin
11 2318 384 777 249 1541 481 (225 to 1027) 89
Vancomycin 3 813 69 235 79 578 339 (221 to 520) 0Quinolone 5 1242 105 477 55 765 299 (104 to 863) 79Carbapenem 5 1156 68 405 49 751 285 (147 to 553) 42Aminoglycoside 7 1444 151 485 235 959 284 (121 to 665) 83Penicillin 9 1750 380 798 249 952 287 (110 to 747) 92Received antibiotic prophylaxis
4 703 84 238 132 465 182 (116 to 286) 0
Received any antibiotic
13 2289 340 584 457 1705 358 (230 to 557) 60
Received appropriate empirical antibiotic therapy
5 803 102 192 463 611 029 (011 to 079) 65
Exposed to invasive life support Total parenteral nutrition
5 805 216 283 350 522 377 (135 to 1056) 79
Continuous positive airway pressure
3 682 148 241 303 441 335 (054 to 2061) 91
Mechanical ventilation 6 1098 137 432 271 666 329 (103 to 1053) 83Endotracheal intubation 8 1157 187 407 347 750 206 (122 to 349) 61Central venous catheter 9 957 244 352 429 605 169 (100 to 285) 41
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria NA not applicable OR odds ratioa MantelndashHaenszel random-effects b Pre-infection hospitalization is the time of hospitalization to the time while patients with confirmed infection with extended-spectrum β-lactamase-producing
Enterobacteriaceaeis expressed as mean difference in days between positive and negative patients (standard deviation)
490 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Table 3 Pooled risk of antibiotic resistance to extended-spectrum β-lactamase-producing bacteria in specimens from children and young adults in South-East Asia and Western Pacific countries by antibiotic class 2002ndash2018
Antibiotic class No of studies
Total no of
patients
ESBL-positive ESBL-negative Pooled OR (95 CI)a I2
Events Total Events Total
Cephalosporins 25 3444 1339 1483 632 1961 7050 (4325 to 11502) 83Monobactams 8 879 274 412 63 467 4116 (1405 to 12055) 58Penicillins 24 3148 1160 1304 1091 1844 1941 (867 to 4346) 86Aminoglyclosides 25 3449 495 1452 276 1997 571 (342 to 954) 74Combinationsb 22 2993 706 1141 739 1852 437 (195 to 982) 91Carbapenems 22 2940 79 1244 64 1696 399 (168 to 948) 0Fluoroquinolones 25 3351 627 1439 607 1912 333 (214 to 517) 78Cotrimoxazole 15 2346 547 868 755 1478 182 (135 to 247) 43Tetracyclines 7 1447 355 619 357 828 158 (076 to 330) 81Nitrofurantoin 3 1039 58 423 90 6 097 (064 to 146) 14
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioa MantelndashHaenszel random-effectsb Combinations Ampicillin + sulbactam ticarcillin + clavulanic acid amoxicillin + clavulanate cefoperazone + sulbactam piperacillin + tazobactam ceftazidime+
clavulanic acid
Fig 2 Duration of fever after antibiotic therapy among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negative Study Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Fan et al 2014 400 290 104 190 140 208 182 210 (151ndash269)Han et al 2015 200 007 22 200 149 189 254 000 (-021ndash021)Han et al 2015 550 820 21 500 820 40 10 050 (-383ndash483)Amornchaicharoensuk et al 2016
3500 3400 19 2900 2200 69 01 600 (-1015ndash2215)
Kim et al 2017 200 110 31 150 060 154 221 050 (010ndash090)Tsai et al 2017 200 013 14 180 006 27 268 020 (013ndash027)Kim et al 2019 270 420 32 190 160 66 65 080 (-071ndash231)
Total (95 CI) 243 753 061 (017ndash105)Heterogeneity Tau2 = 019 Chi2 = 4644 df = 6 (P lt 001) I2 = 87 Test for overall effect Z = 270 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-10 5 0 5 10
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviation Note We made inverse variance (IV) random-effects
Fig 3 Persistent bacteraemia among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Fan et al 2014 49 104 35 208 623 440 (259ndash748)Han et al 2015 3 21 3 40 61 206 (038ndash1121)Tsai et al 2016 7 77 11 316 181 277 (104ndash741)Kim et al 2017 7 31 7 154 136 612 (197ndash1902)
Total (95 CI) 233 718 1000 405 (266ndash614)Heterogeneity Tau2 = 0 Chi2 = 179 df = 3 (P = 062) I2 = 0 Test for overall effect Z = 656 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 20
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
ble
4
Risk
of b
ias i
n ca
sendashc
ontr
ol a
nd cr
oss-
sect
iona
l stu
dies
inclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st
Asia
and
Wes
tern
Pac
ific c
ount
ries
2005
ndash201
8
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal s
core
b
Repr
esen
tativ
e-ne
ss o
f sam
ple
Sam
ple
size
Non-
resp
on-
dent
sAs
cert
ainm
ent
of e
xpos
ure
(risk
fa
ctor
)
Diffe
rent
out
com
e gr
oups
are
com
pa-
rabl
e co
nfou
ndin
g fa
ctor
s are
cont
rolle
da
Asse
ssm
ent o
f ex
posu
re o
r ou
tcom
e
Sam
e m
etho
d of
as
cert
ainm
ent f
or
case
s and
cont
rols
Non-
resp
onse
rate
or
stat
istica
l tes
t
Boo
et a
l 20
0522
01
11
01
11
6Ku
o et
al
2007
260
11
00
11
15
Gau
rav
et a
l 20
1133
01
10
01
11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
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496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
2 OrsquoNeill J Antimicrobials in agriculture and the environment reducing unnecessary use and waste The review on antimicrobial resistance London Wellcome Trust 2015 Available from httpsamr-revieworg [cited 2019 April 1]
3 Rawat D Nair D Extended-spectrum β-lactamases in Gram-negative bacteria J Glob Infect Dis 2010 Sep2263ndash74 doi httpdxdoiorg1041030974-777X68531 PMID 20927289
4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
7 Use of carbapenems in children In Second Meeting of the Subcommittee of the Expert Committee on the Selection and Use of Essential Medicines Geneva World Health Organization 2008
8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
12 Cochrane handbook 2011 London Cochrane Handbook for Systematic Reviews 2011 Available from httpstrainingcochraneorghandbook [cited 2019 Apr 1]
13 Moher D Liberati A Tetzlaff J Altman DG PRISMA Group Preferred reporting items for systematic reviews and meta-analyses the PRISMA statement BMJ 2009 07 21339 jul21 1b2535 doi httpdxdoiorg101136bmjb2535 PMID 19622551
14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
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li K
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umon
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Dou
ble
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ffusio
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tal
Low
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tory
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ct in
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Mul
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ble
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Mul
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ble
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201
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rious
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Mul
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iesa
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ble
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rgy
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8
Zhen
g et
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2012
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Mul
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ate
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Fan
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Case
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Com
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166
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g et
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
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a et
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2015
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15Co
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ars
Com
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rinar
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20
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orat
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S
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ma
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Man
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2017
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Two
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ar
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Tsai
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4O
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nal
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E co
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mun
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sion
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Kita
gaw
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2018
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rious
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ters
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iseas
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I Clin
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Lab
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Stan
dard
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ende
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-lact
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omm
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abor
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anda
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ified
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ecie
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late
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ning
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nclu
ded
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on
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nts a
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es
c Neu
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nia
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yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
490 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Table 3 Pooled risk of antibiotic resistance to extended-spectrum β-lactamase-producing bacteria in specimens from children and young adults in South-East Asia and Western Pacific countries by antibiotic class 2002ndash2018
Antibiotic class No of studies
Total no of
patients
ESBL-positive ESBL-negative Pooled OR (95 CI)a I2
Events Total Events Total
Cephalosporins 25 3444 1339 1483 632 1961 7050 (4325 to 11502) 83Monobactams 8 879 274 412 63 467 4116 (1405 to 12055) 58Penicillins 24 3148 1160 1304 1091 1844 1941 (867 to 4346) 86Aminoglyclosides 25 3449 495 1452 276 1997 571 (342 to 954) 74Combinationsb 22 2993 706 1141 739 1852 437 (195 to 982) 91Carbapenems 22 2940 79 1244 64 1696 399 (168 to 948) 0Fluoroquinolones 25 3351 627 1439 607 1912 333 (214 to 517) 78Cotrimoxazole 15 2346 547 868 755 1478 182 (135 to 247) 43Tetracyclines 7 1447 355 619 357 828 158 (076 to 330) 81Nitrofurantoin 3 1039 58 423 90 6 097 (064 to 146) 14
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioa MantelndashHaenszel random-effectsb Combinations Ampicillin + sulbactam ticarcillin + clavulanic acid amoxicillin + clavulanate cefoperazone + sulbactam piperacillin + tazobactam ceftazidime+
clavulanic acid
Fig 2 Duration of fever after antibiotic therapy among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negative Study Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Fan et al 2014 400 290 104 190 140 208 182 210 (151ndash269)Han et al 2015 200 007 22 200 149 189 254 000 (-021ndash021)Han et al 2015 550 820 21 500 820 40 10 050 (-383ndash483)Amornchaicharoensuk et al 2016
3500 3400 19 2900 2200 69 01 600 (-1015ndash2215)
Kim et al 2017 200 110 31 150 060 154 221 050 (010ndash090)Tsai et al 2017 200 013 14 180 006 27 268 020 (013ndash027)Kim et al 2019 270 420 32 190 160 66 65 080 (-071ndash231)
Total (95 CI) 243 753 061 (017ndash105)Heterogeneity Tau2 = 019 Chi2 = 4644 df = 6 (P lt 001) I2 = 87 Test for overall effect Z = 270 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-10 5 0 5 10
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviation Note We made inverse variance (IV) random-effects
Fig 3 Persistent bacteraemia among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Fan et al 2014 49 104 35 208 623 440 (259ndash748)Han et al 2015 3 21 3 40 61 206 (038ndash1121)Tsai et al 2016 7 77 11 316 181 277 (104ndash741)Kim et al 2017 7 31 7 154 136 612 (197ndash1902)
Total (95 CI) 233 718 1000 405 (266ndash614)Heterogeneity Tau2 = 0 Chi2 = 179 df = 3 (P = 062) I2 = 0 Test for overall effect Z = 656 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 20
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
ble
4
Risk
of b
ias i
n ca
sendashc
ontr
ol a
nd cr
oss-
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iona
l stu
dies
inclu
ded
in th
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eta-
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ysis
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xten
ded-
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trum
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ctam
ase-
asso
ciate
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fect
ion
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g ch
ildre
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d yo
ung
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ts in
Sout
h-Ea
st
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and
Wes
tern
Pac
ific c
ount
ries
2005
ndash201
8
Auth
orSe
lect
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Com
para
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Repr
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Sam
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ctor
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Diffe
rent
out
com
e gr
oups
are
com
pa-
rabl
e co
nfou
ndin
g fa
ctor
s are
cont
rolle
da
Asse
ssm
ent o
f ex
posu
re o
r ou
tcom
e
Sam
e m
etho
d of
as
cert
ainm
ent f
or
case
s and
cont
rols
Non-
resp
onse
rate
or
stat
istica
l tes
t
Boo
et a
l 20
0522
01
11
01
11
6Ku
o et
al
2007
260
11
00
11
15
Gau
rav
et a
l 20
1133
01
10
01
11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
3)
Taiw
an C
hina
(28
7)
Indi
a (4
59
) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
7)
Sing
apor
e (4
0
) Sr
i Lan
ka (3
60
) Th
aila
nd (2
17
) an
d Vi
et N
am (3
95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
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22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
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938
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liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
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327
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coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
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Thai
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Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
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sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
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ears
9437
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coli
K p
neum
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e D
oubl
e di
sk
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sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
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onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
491Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
bias and 40 were low risk (Table 4 Table 5) Only four studies had clear statements about comparability and 10 about representativeness The results from Eggerrsquos regression test revealed that publication bias was significant (P lt 0001) Sensitivity analysis exclud-ing small studies with samples less than 10 revealed that the funnel plots were consistently asymmetric (P lt 0001 available from the corresponding au-thor) The sensitivity analysis showed that the data were not consistent with from the overall estimated ORs and similar trends were observed This eval-uation showed that a more restricted analysis of the data did not affect the magnitude direction and the overall summary estimate
Prevalence study
The overall pooled prevalence of extend-ed-spectrum β-lactamase in the studies included the meta-analysis combined with surveillance reports was 253 The pooled prevalence from the studies in the meta-analysis was 39 among the 31 studies conducted in hospital settings and 31 in the seven studies conducted in community settings (two studies were in both hospital and the community)
Using data from other sources we mapped population surveillance data from a total of 21 countries and areas in the South-East Asia and the Western Pacific Regions (Table 6) The pooled data from all available surveillance resources that included adults and chil-
dren showed that India had the highest pooled prevalence (900) and Austra-lia the lowest (36 numerators and denominators unavailable) The pooled data specifically for children where available from surveillance resources and published data showed similar results (Fig 6)
DiscussionThis study revealed that the average combined prevalence of infection with extended-spectrum β-lactamase-producing bacteria among children in South-East Asia and the Western Pacific is high Risk factors for infection includ-ed recent intensive care unit admission hospitalization surgery or antibiotic
Fig 4 Length of hospital stay among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Mean SD Total Mean SD Total Weight Mean difference 95CI Mean difference 95CI
Boo et al 2005 2300 2900 80 400 300 80 125 1900 (1261ndash2539)Kuo et al 2007 7280 850 54 2625 440 54 128 4655 (4400ndash4910)Shakil et al 2010 3500 2300 104 2500 2200 107 125 1000 (392ndash1608)Vijayakanthi et al 2013 6300 520 8 1700 020 39 127 4600 (4240ndash4960)Fan et al 2014 1820 1348 104 590 440 208 128 1230 (964ndash1496)Han et al 2015 6337 197 21 1700 019 40 128 4637 (4553ndash4721)Tsai et al 2016 7467 5600 71 6733 5017 289 111 734 (-691ndash2159)Tsai et al 2017 2917 282 14 1278 041 27 128 1639 (1490ndash1788)
Total (95 CI) 456 844 1000 2585 (1281ndash3889)Heterogeneity Tau2 = 34468 Chi2 = 174251 df = 7 (P = 0) I2 = 100 Test for overall effect Z = 389 (P lt 001) Favours ESBL-negative Favours ESBL-positive
-20 0 20 40 60
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria SD standard deviationNote We made inverse variance (IV) random-effects
Fig 5 Mortality among children and young adults with and without extended-spectrum β-lactamase-associated infection in South-East Asia and Western Pacific countries
ESBL-positive ESBL-negativeStudy Events Total Events Total Weight OR 95CI OR 95CI
Jain et al 2003 110 165 4 36 120 1600 (539ndash4752)Kuo et al 2007 8 54 7 54 119 117 (039ndash348)Lee et al 2007 19 35 9 54 131 594 (224ndash1577)Sehgal et al 2007 9 38 1 25 54 745 (088ndash6303)Shakil et al 2010 3 104 0 107 32 741 (038ndash14532)Gaurav et al 2011 13 50 4 52 110 422 (127ndash1400)Vijaykanthi et al 2013 2 8 6 39 68 183 (030ndash1133)Han et al 2015 3 21 4 40 80 150 (030ndash743)Tsai et al 2016 14 71 36 289 161 173 (087ndash341)Chiu et al 2017 4 5 11 22 47 400 (038 to 4174)Tsai et al 2017 3 14 4 27 77 157 (030ndash825)
Total (95 CI) 565 745 1000 324 (182ndash580)Heterogeneity Tau2 = 042 Chi2 = 1977 df = 10 (P = 003) I2 = 49 Test for overall effect Z = 398 (P lt 001) Favours ESBL-negative Favours ESBL-positive
01 02 05 1 2 5 100
CI confidence interval EBSL extended-spectrum β-lactamase-producing bacteria OR odds ratioNote We made MantelndashHaenszel random-effects
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
ble
4
Risk
of b
ias i
n ca
sendashc
ontr
ol a
nd cr
oss-
sect
iona
l stu
dies
inclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st
Asia
and
Wes
tern
Pac
ific c
ount
ries
2005
ndash201
8
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal s
core
b
Repr
esen
tativ
e-ne
ss o
f sam
ple
Sam
ple
size
Non-
resp
on-
dent
sAs
cert
ainm
ent
of e
xpos
ure
(risk
fa
ctor
)
Diffe
rent
out
com
e gr
oups
are
com
pa-
rabl
e co
nfou
ndin
g fa
ctor
s are
cont
rolle
da
Asse
ssm
ent o
f ex
posu
re o
r ou
tcom
e
Sam
e m
etho
d of
as
cert
ainm
ent f
or
case
s and
cont
rols
Non-
resp
onse
rate
or
stat
istica
l tes
t
Boo
et a
l 20
0522
01
11
01
11
6Ku
o et
al
2007
260
11
00
11
15
Gau
rav
et a
l 20
1133
01
10
01
11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
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496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
2 OrsquoNeill J Antimicrobials in agriculture and the environment reducing unnecessary use and waste The review on antimicrobial resistance London Wellcome Trust 2015 Available from httpsamr-revieworg [cited 2019 April 1]
3 Rawat D Nair D Extended-spectrum β-lactamases in Gram-negative bacteria J Glob Infect Dis 2010 Sep2263ndash74 doi httpdxdoiorg1041030974-777X68531 PMID 20927289
4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
7 Use of carbapenems in children In Second Meeting of the Subcommittee of the Expert Committee on the Selection and Use of Essential Medicines Geneva World Health Organization 2008
8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
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cultu
res
Bact
eria
l spe
cies
ESBL
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ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
492 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
exposure and co-existing bacteraemia nosocomial infections lower respira-tory tract infections sepsis or recurrent urinary tract infections Infection was associated with higher mortality higher morbidity and longer hospitalization
The prevalence of infection we found in South-East Asia and the Western Pacific countries are similar to those reported from other surveillance systems worldwide64although many locations do not report data for children A review of worldwide trends in extend-ed-spectrum β-lactamase-associated infection reported higher prevalence in Asia Latin America and the Middle East (from 28 to 40) compared with other higher-income areas (from 8 to 12)64
As many of the studies we found were hospital-based our results sup-port the need for resources and policies for control of nosocomial infection A recently published modelling study showed that antibiotic use in hospital is a major driver for antimicrobial resis-tance in human infection compared with animal and environmental antibiotic exposures65 Although infection control and hygiene may be sub-optimal in the countries we studied infection control is easier to manage within health-care institutions than in other unstructured systems such as animal husbandry and the environment Without proper control of antimicrobial resistance in hospitals patients can disseminate an-tibiotic residues and resistance genes to the community and environment This still highlights the importance of hos-pital-based stewardship for controlling antibiotic use and how this stewardship can reduce the risk of developing multi-drug resistant organisms66 At the same time the rising community prevalence of extended-spectrum β-lactamase-associated infection provides evidence for expanding prevention to other set-tings3
Our meta-analysis showed that recent medical care including intensive care unit stays hospitalization surgery and antibiotic therapy was associated with increased risk of infection These results suggest that children may ac-quire such infections during health care especially when undergoing inva-sive procedures Specifically children who had exposure to third-generation cephalosporins carbapenems and fluo-roquinolones had three to four times greater risk for extended-spectrum β-lactamase-associated infection which Ta
ble
4
Risk
of b
ias i
n ca
sendashc
ontr
ol a
nd cr
oss-
sect
iona
l stu
dies
inclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st
Asia
and
Wes
tern
Pac
ific c
ount
ries
2005
ndash201
8
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal s
core
b
Repr
esen
tativ
e-ne
ss o
f sam
ple
Sam
ple
size
Non-
resp
on-
dent
sAs
cert
ainm
ent
of e
xpos
ure
(risk
fa
ctor
)
Diffe
rent
out
com
e gr
oups
are
com
pa-
rabl
e co
nfou
ndin
g fa
ctor
s are
cont
rolle
da
Asse
ssm
ent o
f ex
posu
re o
r ou
tcom
e
Sam
e m
etho
d of
as
cert
ainm
ent f
or
case
s and
cont
rols
Non-
resp
onse
rate
or
stat
istica
l tes
t
Boo
et a
l 20
0522
01
11
01
11
6Ku
o et
al
2007
260
11
00
11
15
Gau
rav
et a
l 20
1133
01
10
01
11
5M
inam
i et a
l 20
1236
c1
00
00
11
14
Fan
et a
l 201
4390
11
10
11
16
Them
phac
hana
et a
l 20
1440
c0
10
00
11
14
Youn
g et
al
2014
41c
11
01
01
10
5Zu
o et
al
2014
42c
00
10
11
01
4Sh
arm
a et
al
2016
48c
01
01
01
11
5Ts
ai e
t al
2017
551
10
10
11
16
Chen
et a
l 20
1750
11
00
01
11
5Bu
njou
ngm
anee
et a
l 20
1856
01
10
01
10
4Ki
taga
wa
et a
l 20
1857
01
10
01
10
4a S
ubje
cts i
n di
ffere
nt o
utco
me
grou
ps a
re c
ompa
rabl
e b
ased
on
the
stud
y de
sign
or a
naly
sis
b Max
imum
scor
e 8
c C
ross
-sec
tiona
l stu
dy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h W
e m
ade
Man
tel-H
aens
zel r
adom
-effe
cts
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
mod
erat
e an
d le
2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
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060
ndash40
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ndash0N
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ts an
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ildre
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ESBL
ext
ende
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m β
-lact
amas
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otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
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rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
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lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
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Taiw
an C
hina
(28
7)
Indi
a (4
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done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
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Sing
apor
e (4
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i Lan
ka (3
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et N
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95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
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5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
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11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
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20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
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0
Jain
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onda
l 200
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Indi
aJa
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ec
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Coho
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year
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tal
Seps
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ood
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nate
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058
4258
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K p
neum
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e En
tero
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er sp
pD
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sion
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003
Kuo
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l 20
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Taiw
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hina
Jan
2000
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20
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ontro
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year
s 9
mon
ths
Hos
pita
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rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
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oubl
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sion
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001
Lee
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l 20
0727
Repu
blic
of
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aJa
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99ndashD
ec
2005
Coho
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year
sH
ospi
tal
Vario
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rious
NS
228
3554
2925
2E
coli
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neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
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year
Hos
pita
lSe
psis
Bloo
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eona
tes
7538
2561
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le sp
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oubl
e di
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sion
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002
Bhat
tach
arje
e et
al
2008
29b
Indi
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mon
ths
Coho
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year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
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le sp
ecie
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oubl
e di
sk
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sion
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8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
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ars
Hos
pita
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psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
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umon
iae
Not
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008
Kim
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0931
Repu
blic
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pr
2009
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mon
ths
Com
mun
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ct
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ctio
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rine
Child
ren
854
3283
1768
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coli
K p
neum
onia
e Vi
tek
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stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
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oubl
e di
sk
diffu
sion
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dat
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S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
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Apr
2008
Case
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trol
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tal
Seps
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E co
li K
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umon
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Dou
ble
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ffusio
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an
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242
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839
242
Mul
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Dou
ble
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rgy
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e N
S
Wei
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l 20
1135
Chin
aJa
n 20
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ec
2009
Obs
erva
tiona
l1
year
Hos
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utum
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Mul
tiple
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iesa
Dou
ble
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rgy
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9
Min
ami e
t al
2012
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July
201
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day
)Cr
oss-
sect
iona
l1
day
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rious
Rect
alle
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446
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Mul
tiple
spec
iesa
Dou
ble
disk
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rgy
test
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200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
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16
year
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919
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E co
li K
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umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
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ospi
tal
Seps
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rious
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nate
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08
3917
150
Mul
tiple
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iesa
Dou
ble
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ate
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Fan
et a
l 201
439Ta
iwan
Chi
na20
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006
Case
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trol
4 ye
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Com
mun
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ct
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ars
312
104
208
3364
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Dou
ble
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ffusio
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Them
phac
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l 20
1440
Thai
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Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
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ctio
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rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
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nal
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mm
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Vario
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rious
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Dou
ble
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Zuo
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l 20
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ec 2
013
Obs
erva
tiona
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year
Hos
pita
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ry
tract
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ctio
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utum
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ths
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9E
coli
K p
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e Ki
rby-
Baue
r disk
di
ffusio
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Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
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year
4
mon
ths
Hos
pita
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y tra
ct
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ctio
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rious
3 m
onth
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ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
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200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
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009ndash
Mar
20
13Co
hort
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Hos
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ile)
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2140
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E co
li K
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umon
iae
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emN
S
Han
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l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
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ars
Hos
pita
lU
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y tra
ct
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ctio
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rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
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esig
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Diag
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esNo
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ples
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ectio
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etho
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idel
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BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
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y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
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tes
1449
101
6661
1449
Mul
tiple
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iesa
Dou
ble
disk
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rgy
test
NCC
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ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
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20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
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Dou
ble
disk
syne
rgy
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201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
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20
15Cr
oss-
sect
iona
l11
yea
rsH
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tal
Bact
erae
mia
Bloo
dN
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tes
275
2219
27E
coli
Not
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He
et a
l 20
1751
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ar 2
011ndash
Jun
2016
Coho
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year
s 3
mon
ths
Hos
pita
lLo
wer
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ry
tract
infe
ctio
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utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
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cter
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iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
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200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
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year
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mm
unity
Dia
rrhoe
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ths
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938
633
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liM
odifi
ed K
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usio
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ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
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ct
infe
ctio
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rine
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onth
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ye
ars
523
196
327
3852
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coli
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isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
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iaBl
ood
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yea
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1427
3441
E co
liN
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njou
ngm
anee
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l 20
1856
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land
Jun
2016
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20
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mun
ityU
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ct
infe
ctio
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rine
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onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
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nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
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tal amp
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mm
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Urin
ary
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fect
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ears
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coli
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oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
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tal
Vario
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rious
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nate
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li K
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ble
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CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
493Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Tabl
e 5
Ri
sk o
f bia
s in
coho
rt st
udie
s inc
lude
d in
the
met
a-an
alys
is of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n am
ong
child
ren
and
youn
g ad
ults
in So
uth-
East
Asia
and
Wes
tern
Pac
ific
coun
trie
s 20
02ndash2
018
Auth
orSe
lect
ion
Com
para
bilit
yEx
posu
reTo
tal
scor
eb
Repr
esen
tativ
enes
s of
the
expo
sed
coho
rt
Sele
ctio
n of
the
non-
expo
sed
coho
rt
Asce
rtai
nmen
t of
exp
osur
eDe
mon
stra
tion
that
ou
tcom
e of
inte
rest
w
as n
ot p
rese
nt a
t the
st
art o
f stu
dy
Coho
rts a
re
com
para
ble
base
d on
the
desig
n or
an
alys
is
Asse
ssm
ent o
f ou
tcom
ea
Follo
w -u
p lo
ng
enou
gh fo
r ou
tcom
es to
occ
ur
Adeq
uacy
of
follo
w-u
p of
co
hort
s
Kim
et a
l 20
0220
00
10
01
11
4Ja
in e
t al
2003
210
01
00
11
14
Chiu
et a
l 20
0523
10
10
01
11
5H
uang
et a
l 20
0724
00
10
01
11
4Ja
in amp
Mon
dal 2
00725
00
10
01
11
4Le
e et
al
2007
271
01
00
11
15
Sehg
al e
t al
2007
280
01
00
11
14
Bhat
tach
arje
e et
al
2008
290
01
00
11
14
Anan
dan
et a
l 20
0930
00
10
01
11
4Ki
m e
t al
2009
310
01
00
11
14
Shak
il et
al
2010
321
01
00
11
15
Liu
et a
l 20
1134
00
10
01
11
4W
ei e
t al
2011
350
01
00
11
14
Zhen
g et
al
2012
370
01
00
11
14
Vija
yaka
nthi
et a
l 20
1338
00
10
01
11
5Th
emph
acha
na e
t al
2014
400
01
00
11
14
Duo
ng e
t al
2015
430
01
00
11
14
Han
et a
l 20
1517
c0
01
00
11
14
Han
et a
l 20
1544
d0
01
00
11
14
Nish
a et
al
2015
450
01
01
11
15
Agar
wal
et a
l 20
16 46
0
01
00
11
14
Amor
ncha
icha
roen
suk
20
1647
00
10
11
11
5
He
et a
l 20
1751
10
10
01
11
5Ki
m e
t al
2017
521
01
00
11
15
Man
dal e
t al
2017
530
01
01
11
04
Nish
a et
al
2017
540
01
00
11
14
Tsai
et a
l 20
1755
10
00
01
11
4W
eera
singh
e et
al
2018
580
11
00
11
04
a Sub
ject
s in
diffe
rent
out
com
e gr
oups
are
com
para
ble
bas
ed o
n th
e st
udy
desig
n or
ana
lysis
Con
foun
ding
fact
ors a
re c
ontro
lled
b Max
imum
scor
e 8
C N
eutro
poen
ia st
udy
d Urin
ary
tract
infe
ctio
n st
udy
Not
es W
e ap
plie
d th
e N
ewca
stle
ndashOtta
wa
scal
e to
ass
ess r
isk o
f bia
s in
non-
rand
omize
d st
udie
s14 O
nly
stud
ies s
corin
g ge
5 an
d le
8 w
ere
desig
nate
d lo
w ri
sk o
f bia
s ge
3 an
d le
4 as
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erat
e an
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2 as
hig
h
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s
087
517
503
500
kmN
Prev
alen
ce o
f ES
BL-a
ssoc
iate
d in
fect
ion
10
0-80
80ndash6
060
ndash40
40ndash2
020
ndash0N
o da
ta
Adul
ts an
d ch
ildre
nCh
ildre
n
ESBL
ext
ende
d-sp
ectru
m β
-lact
amas
eN
otes
We
pool
ed d
ata
from
a se
arch
of t
he p
ublis
hed
and
grey
lite
ratu
re fo
r sur
veill
ance
dat
a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
3)
Taiw
an C
hina
(28
7)
Indi
a (4
59
) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
7)
Sing
apor
e (4
0
) Sr
i Lan
ka (3
60
) Th
aila
nd (2
17
) an
d Vi
et N
am (3
95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
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28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
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40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
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47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
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49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
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58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
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65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
494 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
is similar to previous reports2667ndash71 As these antibiotics are primarily used for treating severe infections their use may be a marker for disease severity rather than a direct contributor to developing resistance Nevertheless if excessive fluoroquinolone use does contribute to emergence of resistant bacteria this adds another reason to avoid the unnecessary use of these broad-spectrum antibiotics in children
Coexisting illnesses including bac-teraemia nosocomial infection lower
respiratory tract infections sepsis and recurrent urinary tract infections were associated with increased risk of infec-tion These co-morbidities could be risk factors for use of invasive treatments such as a central venous catheterization mechanical ventilation intravenous nutrition or increased risk of interac-tions with health-care settings In a two-centre casendashcontrol study of risk factors for infection with extended-spectrum β-lactamase-producers in children mul-tivariable analysis identified sepsis and
neurological illnesses as potential risk factors which supports our findings72 Previously published studies among both young adults and children found that prolonged hospital stay or pro-longed use of invasive medical devices were associated with infection by or be-ing colonized with extended-spectrum β-lactamase-producing bacteria266971 which is consistent with our findings
Recent surgery and antibiotic pro-phylaxis were associated with extended-spectrum β-lactamase infection in our
Table 6 Pooled prevalence of overall population of extended-spectrum β-lactamase-associated infection from available surveillance data in 20 South-East Asia and Western Pacific countries or areas
Country or area Data sourcea Prevalence in childrenb by data source
Prevalence in children and adultsc by data source
Pooled preva-lence
No of people
No () ESBL-positive
No of people
No () ESBL-positive
Australia SENTRY 1998ndash199960 NA NA 660 8 (12) 36SMART 201161 80 2 (25) 80 2 (25)CDDEP 2011ndash201410 NA NA NR NR (45)AURA 201562 NA NA NR NR (60)
Bhutan CDDEP 2011ndash201410 NA NA NR NR (295) 295Brunei Darussalam CDDEP 2011ndash201410 NA NA NR NR (45) 45Cambodia CDDEP 2011ndash201410 NA NA NR NR (495) 495China SENTRY 1998ndash199961 NA NA 247 63 (255) 475
CDDEP 2011ndash201410 NA NA NR NR (695)China Hong Kong Special Administrative Region
SENTRY 1998ndash199961 NA NA 324 43 (133) 133
Taiwan China SENTRY 1998ndash199961 NA NA 139 11 (79) 79India CDDEP 2011ndash201410 NA NA NR NR (900) 900Japan SENTRY 1998ndash199961 NA NA 272 18 (66) 106
CDDEP 2011ndash201410 NA NA NR NR (145)Malaysia CDDEP 2011ndash201410 NA NA NR NR (145) 145Federated States of Micronesia (Federated States of )
CDDEP 2011ndash201410 NA NA NR NR (695) 695
Myanmar CDDEP 2011ndash201410 NA NA NR NR (695) 695Nepal CDDEP 2011ndash201410 NA NA NR NR (295) 295New Zealand CDDEP 2011ndash201410 NA NA NR NR (45) 37
ESR 201663 NR NR (28) NR NR (28)Papua New Guinea CDDEP 2011ndash201410 NA NA NR NR (295) 295Philippines SENTRY 1998ndash199961 NA NA 298 58 (195) 245
CDDEP 2011ndash201410 NA NA NR NR (295)Republic of Korea CDDEP 2011ndash201410 NA NA NR NR (295) 295Singapore SENTRY 1998ndash199961 NA NA 153 31 (203) 203Thailand CDDEP 2011ndash201410 NA NA NR NR (295) 295Viet Nam SMART 201161 38 15 (395) 38 15 (395) 545
CDDEP 2011ndash201410 NA NA NR NR (695)
EBSL extended-spectrum β-lactamase NA not applicable NR not reporteda Data sources AURA Antimicrobial Use and Resistance in Australia Surveillance System CDDEP Center for Disease Dynamics Economics amp Policy ESR Institute
of Environmental Science and Research Surveillance System in New Zealand SENTRY Antimicrobial Surveillance Program by JMI Laboratories SMART Study for Monitoring Antimicrobial Resistance Trends
b Ages 0ndash21 years c Ages not specified
Notes We searched the published and grey literature for surveillance data from all Member States and areas in the World Health Organization South-East Asia and Western Pacific Regions No data were available for Bangladesh Cook Islands Democratic Peoples Republic of Korea Fiji Indonesia Kiribati Lao Peoples Democratic Republic Maldives Marshall Islands Mongolia Nauru Niue Palau Samoa Solomon Islands Timor-Leste Tonga Tuvalu and Vanuatu
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
amas
e-as
socia
ted
infe
ctio
n in
Sout
h-Ea
st A
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nd W
este
rn P
acifi
c cou
ntrie
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087
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Prev
alen
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f ES
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ts an
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We
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ed d
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from
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hed
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lite
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re fo
r sur
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ance
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a fro
m a
ll M
embe
r Sta
tes a
nd a
reas
in th
e W
orld
Hea
lth O
rgan
izat
ion
Sout
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st A
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nd W
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rn P
acifi
c Re
gion
s Th
e m
ap fo
r adu
lts a
nd c
hild
ren
incl
udes
dat
a fro
m A
ustra
lia B
huta
n B
rune
i Dar
ussa
lam
Cam
bodi
a Ta
iwan
Chi
na C
hina
Hon
g Ko
ng S
peci
al A
dmin
istra
tive
Regi
on I
ndia
Ind
ones
ia J
apan
Fed
erat
ed S
tate
s of M
icro
nesia
(Fed
erat
ed S
tate
s of)
Mya
nmar
Nep
al N
ew Z
eala
nd
Papu
a N
ew G
uine
a P
hilip
pine
s Re
publ
ic o
f Kor
ea S
inga
pore
Tha
iland
and
Vie
t Nam
The
map
for c
hild
ren
only
(age
s 0ndash2
1 ye
ars)
incl
udes
dat
a fro
m A
ustra
lia (2
5
) Ch
ina
(54
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Taiw
an C
hina
(28
7)
Indi
a (4
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) In
done
sia (3
90
) Ja
pan
(90
)
New
Zea
land
(28
)
Repu
blic
of K
orea
(23
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Sing
apor
e (4
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) Sr
i Lan
ka (3
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) Th
aila
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d Vi
et N
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95
)
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
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5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
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11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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249
9317
157
Esch
eric
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e D
oubl
e di
sk
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sion
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002
Jain
et a
l 20
0321
Indi
a1
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Coho
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year
Hos
pita
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psis
Bloo
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eona
tes
728
165
3679
400
E co
li K
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umon
iae
Ente
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cter
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pD
oubl
e di
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nerg
y te
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000
amp N
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dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
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psis
Vario
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tes
350
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umon
iae
Ente
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Dou
ble
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f Hea
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alay
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Chiu
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l 20
0523
Taiw
an C
hina
Jan
2001
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20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
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ctio
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rious
Neo
nate
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3442
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E co
li K
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umon
iae
KSD
oubl
e di
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sion
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001
Hua
ng e
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2007
24Ch
ina
Jan
2000
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20
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hort
3 ye
ars
Hos
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omia
l in
fect
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Vario
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tes
3922
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E co
li K
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umon
iae
Dou
ble
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Taiw
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2000
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ths
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rious
Vario
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sion
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Repu
blic
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ec
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tal
Vario
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rious
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oubl
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nerg
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itek-
GNI c
ard
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200
5
Sehg
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2007
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April
200
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ay
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Coho
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Bhat
tach
arje
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al
2008
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Indi
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2
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ths
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pita
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psis
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eona
tes
243
2658
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e di
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8
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dan
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l 20
0930
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dia
Jan
2003
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20
07Co
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ars
Hos
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Bloo
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9468
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E co
li K
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umon
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Kim
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Repu
blic
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Com
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ctio
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Child
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1768
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coli
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tek
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stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
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20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
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oubl
e di
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sion
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S
Gau
rav
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l 20
1133
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ay 2
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2008
Case
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trol
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Seps
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li K
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umon
iae
Dou
ble
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ffusio
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an
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839
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Mul
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S
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l 20
1135
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ec
2009
Obs
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tiona
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Mul
tiple
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Dou
ble
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rgy
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9
Min
ami e
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2012
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July
201
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day
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sect
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l1
day
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rious
Rect
alle
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Mul
tiple
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iesa
Dou
ble
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rgy
test
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8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
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6 ye
ars
Hos
pita
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atol
ogic
al
mal
igna
ncy
Bloo
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16
year
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919
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E co
li K
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umon
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Vite
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emN
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e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
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Nov
20
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hort
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tal
Seps
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rious
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08
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Mul
tiple
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iesa
Dou
ble
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ate
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Fan
et a
l 201
439Ta
iwan
Chi
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006
Case
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trol
4 ye
ars
Com
mun
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312
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208
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Dou
ble
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ffusio
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Them
phac
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l 20
1440
Thai
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Febndash
Sep
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Obs
erva
tiona
l8
mon
ths
Hos
pita
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rinar
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ct
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ctio
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rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
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bser
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nal
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mm
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Vario
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rious
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Dou
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Obs
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tiona
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Hos
pita
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wer
resp
irato
ry
tract
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ctio
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utum
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mon
ths
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9E
coli
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e Ki
rby-
Baue
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ffusio
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012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
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ov
2012
Coho
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4
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ths
Hos
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ct
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ctio
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rious
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onth
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ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
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7
Han
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1517
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Jan
2010
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20
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ars
Hos
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ct
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ctio
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8 ye
ars
205
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211
E co
li K
pne
umon
iae
Vite
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emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
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Stud
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BL-
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Nish
a et
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2015
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dia
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201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
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ct
infe
ctio
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rine
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8 ye
ars
385
159
226
4138
5E
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isk
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sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
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iarrh
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Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
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neum
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tek
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stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
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20
14Co
hort
5 ye
ars
Hos
pita
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y tra
ct
infe
ctio
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rine
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yea
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719
6916
117
E co
li K
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umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
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ug
2014
Obs
erva
tiona
l1
year
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mon
ths
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1449
101
6661
1449
Mul
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ble
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rgy
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ate
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Tsai
et a
l 20
1649
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Jan
2001
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20
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ontro
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yea
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tal
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erae
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tes
350
7731
614
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Mul
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ble
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201
2
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l 20
1750
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hina
Jan
2004
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20
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tal
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275
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He
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ar 2
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2016
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ths
Hos
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236
6472
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coli
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e D
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e di
sk sy
nerg
y te
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ate
NS
Kim
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l 20
1752
Repu
blic
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aJa
n 20
10ndashJ
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185
4993
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nerg
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1
Man
dal e
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2017
53In
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year
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ate
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Nish
a et
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2017
54In
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Nov
201
2ndashM
ar
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Com
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ct
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ctio
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ars
523
196
327
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isk
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sion
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201
0
Tsai
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l 20
1755
Taiw
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hina
2010
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bser
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nal
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ars
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oubl
e di
sk
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sion
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201
0
Kita
gaw
a et
al
2018
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nd
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ary
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sion
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e N
S
Wee
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ghe
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l 20
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April
201
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CDC
Cen
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for D
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ntro
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Pre
vent
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CLS
I Clin
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and
Lab
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Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
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-lact
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NCC
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atio
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mai
ning
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nclu
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nts a
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olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
495Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
Fig
6
Map
of p
reva
lenc
e of
ext
ende
d-sp
ectr
um β
-lact
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e-as
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Sout
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ata
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udes
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)
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of K
orea
(23
7)
Sing
apor
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) Sr
i Lan
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496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
2 OrsquoNeill J Antimicrobials in agriculture and the environment reducing unnecessary use and waste The review on antimicrobial resistance London Wellcome Trust 2015 Available from httpsamr-revieworg [cited 2019 April 1]
3 Rawat D Nair D Extended-spectrum β-lactamases in Gram-negative bacteria J Glob Infect Dis 2010 Sep2263ndash74 doi httpdxdoiorg1041030974-777X68531 PMID 20927289
4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
7 Use of carbapenems in children In Second Meeting of the Subcommittee of the Expert Committee on the Selection and Use of Essential Medicines Geneva World Health Organization 2008
8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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13 Moher D Liberati A Tetzlaff J Altman DG PRISMA Group Preferred reporting items for systematic reviews and meta-analyses the PRISMA statement BMJ 2009 07 21339 jul21 1b2535 doi httpdxdoiorg101136bmjb2535 PMID 19622551
14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
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tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
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ffusio
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ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
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ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
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E co
li K
pne
umon
iae
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syst
emN
S
Han
et a
l 20
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dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
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hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
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rine
lt 1
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ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
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cultu
res
Bact
eria
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cies
ESBL
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ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
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K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
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k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
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7
mon
ths
Hos
pita
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psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
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sendashc
ontro
l12
yea
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tal
Bact
erae
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Bloo
dN
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tes
350
7731
614
542
Mul
tiple
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iesa
Dou
ble
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syne
rgy
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CLSI
201
2
Chen
et a
l 20
1750
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an C
hina
Jan
2004
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20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
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ears
236
6472
4723
60E
coli
K p
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e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
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cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
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K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
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Coho
rt2
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sCo
mm
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Dia
rrhoe
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0ndash60
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ths
633
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938
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E co
liM
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ed K
irby-
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r disk
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usio
nCL
SI d
ate
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Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
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ths
Com
mun
ityU
rinar
y tra
ct
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ctio
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rine
3 m
onth
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ars
523
196
327
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y-Ba
uer d
isk
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sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
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ontro
l1
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Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
496 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
study Others have shown that surgical antibiotic prophylaxis increases the risk for antimicrobial resistance and acquisition of infection73 One study from Switzerland found that half of all surgical ward prescriptions (680 out of 1270) were inappropriate74 Antibi-otic stewardship programmes have been shown to improve surgical antibiotic prophylaxis and treatment of surgical site infections75
Our study found that initiation of appropriate empirical antibiotics was protective against extended-spectrum β-lactamase-associated infection indi-cating the importance of thoughtful se-lection of antibiotics The details of this finding warrant further study The risk is especially high for critically ill patients requiring surgery or intensive care and who need antibiotics urgently before susceptibility has been established but who are also at increased risk for drug-resistant infections Therefore antibiotic stewardship programmes and guidelines in health-care facilities fill an important function Furthermore as studies in Asia have shown a high prevalence of easy access to unsupervised antibiotics within the community more attention is needed to improving appropriate antibiotic use through training educa-tion policy and regulation outside of hospitals76
Children infected with extended-spectrum β-lactamase-producers had significantly longer length of hospital stays (26 days) and required more in-tensive care unit days (29 days) than those without such infection This leads to higher health-care costs77 in addition to the costs to society in terms of family and community pressures and lost pro-ductivity At the same time prolonging intensive care unit and hospital stays increases the risk of further acquisition and transmission of drug resistance
Mortality and persistent bacter-aemia were three to four times higher for patients infected with extended-spectrum β-lactamase-associated in-fections than those without This adds to the economic and social burden of these infections Based on our meta-regression the study location study design patientrsquos diagnosis sex or intensive care unit stay did not influ-ence mortality This implies that worse outcomes may be directly attributable to the presence of extended-spectrum β-lactamase-associated infection The severity of the diseases associated with
these infections might also contribute to mortality risk as the patients diagnosed with sepsis had higher risk of mortality than those without sepsis However we were unable to determine for each study whether other factors may have influ-enced outcomes because comprehensive information was not available
One of the strengths of our study was the comprehensive data collec-tion strategy which provided a high sample size and study power Second two different tools were used to assess for bias which together with risk fac-tor and outcomes sensitivity analysis strengthened the studyrsquos validity and reliability Third we assessed previous antibiotic history with different anti-biotic categories providing a detailed insight into the link between antibiotic use and resistance Fourth we also con-ducted meta-regression to determine if other factors might have influenced treatment outcomes This established association between patientsrsquo mortality length of stay and extended-spectrum β-lactamase infections
There were several limitations to this study The distribution of studies between locations was not uniform Of the 48 Member States and areas in the South-East Asia and the Western Pacific Regions we were able to find and ex-tract data for the meta-analysis from 12 countries For prevalence estimates we added surveillance data from 10 other countries and areas but we found data on 0ndash21-years-olds for only three countries with available paediatric data which might underestimate the real situation among children Moreover although we made subgroup analyses most of the pooled prevalence from selected stud-ies were from hospital settings Most of the surveillance sources reported only prevalence without denominators and numerators Nevertheless the study provides a rough indication of the extent of extended-spectrum β-lactamase-associated infection and highlights the need for establishment of surveillance systems in these Regions We can ex-pect that within large Regions rates of infection are unlikely to be homogenous particularly where there are large urban and rural disparities Among 40 studies only seven were community based This might have underestimated antibiotic resistance in the community With the rising concern for community-acquired infections and reports of increased rates of faecal colonization with extended-
spectrum β-lactamase-producing bacte-ria in healthy children risk factors might not only arise from hospital influences but also from community exposure and international travel78ndash80 Because of limited information in the articles we are unable to determine whether longer hospitalization increased the risk of infections or vice versa Both situations are likely and further studies are needed to clarify the associations
Another limitation we faced was the lack of laboratory standardization for the identification of the extended-spectrum β-lactamase-producer phe-notypes Quality and standardization may vary between laboratories although most followed Clinical and Laboratory Standards Institute guidelines Sensitiv-ity analyses found that use of different laboratory guidelines or test methods or the study year did not affect our results All studies used phenotypic methods as opposed to the gold standard through genotyping with the majority using agar double-disk diffusion test while a few studies used the Vitekreg system (bio-Meacuterieux Marcy lrsquoEtoile France) Thus detection rates could be underestimated
We hope this study will provide im-portant information for policy-makers who need to allocate resources to im-prove surveillance monitor treatment outcomes improve infection control in intensive care unit and surgery wards and develop policies for the use of empirical and prophylactic antibiotics Knowledge of resistance rates can guide treatment recommendations Countries without established antibiotic steward-ship programmes should prioritize these activities along with public education programmes With very high burden of neonatal sepsis 042 million (39) of the total 109 million deaths related with sepsis in these Regions81 scaling up strategies to prevent infection and encourage appropriate treatment for this vulnerable group is needed More studies are also needed to measure the impact of antimicrobial resistance in children
AcknowledgementsWe thank Dan Yu
Competing interests None declared
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
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22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
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Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
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39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
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42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
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45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
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49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
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(
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- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
497Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
摘要20 国和地区儿科患者中使用超广谱 β- 内酰胺酶产生肠杆菌科抗生素耐药性证据系统评价和荟萃分析目的 对世卫组织东南亚和西太平洋区域儿童和青年人的超广谱 β 内酰胺酶相关感染的风险因素结果和感染率情况进行了系统审查方法 截至 2018 年 6 月我们于在线数据库中搜索了 0-21 岁个体中超广谱 ββ 内酰胺酶肠杆菌科感染相关的已发表的研究我们包含了报告患者此类组织的阳性和阴性状态的病例对照队列研究横断面研究和观察性研究对于荟萃分析我们采用风险因素和感染结果的随机效应进行建模并分析亚组元回归我们使用现有监测数据绘制了 20 国和地区感染率情况图结果 扫描的 6665 篇文章中我们在荟萃分析中纳入了来自 11 个国家和地区的 40 项研究汇总研究包括
2411 个检测阳性样本和 2874 个检测阴性样本超广谱ββ 内酰胺酶细菌感染风险较高与先前住院治疗有关特别是重症监护室住院(合并 OR 6595 置信区间CI 304 至 1373)抗生素暴露(特别是第三代头孢菌素OR 4895 置信区间CI 225至 1027)和某些共存疾病实证抗生素治疗可预防感染(OR 02995 置信区间CI 011 至 079)感染患者住院时间较长(26 天 95 置信区间CI 1281 至 3889)并伴有更高的死亡风险(OR 3295 置信区间CI 182 至 580)这些地区人口感染率极高且儿童监测数据骇人结论 世卫组织东南亚和西太平洋区域的国家和地区需采取抗生素管理政策用以预防感染并鼓励适当治疗
Reacutesumeacute
Donneacutees disponibles concernant la reacutesistance aux antibiotiques des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des patients peacutediatriques dans 20 pays et reacutegions revue systeacutematique et meacuteta-analyseObjectif Reacutealiser une revue systeacutematique des facteurs de risque des conseacutequences et de la preacutevalence des infections agrave becircta-lactamases agrave spectre eacutelargi chez des enfants et des jeunes adultes dans les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOrganisation mondiale de la Santeacute (OMS)
Meacutethodes Jusqursquoen juin 2018 nous avons consulteacute des bases de donneacutees en ligne agrave la recherche drsquoeacutetudes publieacutees portant sur des infections par des enteacuterobacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi chez des individus acircgeacutes de 0 agrave 21 ans Nous avons inclus des eacutetudes casteacutemoins de cohortes transversales et drsquoobservation rendant compte de patients positifs et neacutegatifs agrave lrsquoeacutegard de ces organismes Pour la meacuteta-analyse nous avons utiliseacute une modeacutelisation agrave effets aleacuteatoires des facteurs de risque et des conseacutequences associeacutes
aux infections et une meacuteta-reacutegression pour lrsquoanalyse des sous-groupes Nous avons analyseacute la preacutevalence de ces infections dans 20 pays et reacutegions agrave lrsquoaide des donneacutees de surveillance disponibles
Reacutesultats Sur les 6665 articles parcourus nous avons inclus 40 eacutetudes de 11 pays et reacutegions dans la meacuteta-analyse Prises ensemble les eacutetudes incluaient 2411 eacutechantillons deacuteclareacutes positifs et 2874 neacutegatifs Un risque plus eacuteleveacute drsquoinfection due agrave des bacteacuteries productrices de becircta-lactamases agrave spectre eacutelargi a eacuteteacute associeacute agrave de preacuteceacutedents soins hospitaliers et en particulier agrave des seacutejours en uniteacute de soins intensifs (RC regroupeacutes 65 IC agrave 95 de 304 agrave 1373) agrave une exposition aux antibiotiques (en particulier aux ceacutephalosporines de troisiegraveme geacuteneacuteration CR 48 IC agrave 95 de 225 agrave 1027) et agrave certaines affections concomitantes Le traitement antibiotique empirique a eu un effet
ملخصالدليل املتاح عىل مقاومة املضادات احليوية من الطفيليات املعوية ممتدة النطاق املنتجة لبيتا الكتاميز يف املرىض من األطفال
يف 20 دولة ومنطقة مراجعة منهجية وحتليل تلويالغرض إجراء مراجعة منهجية عوامل خطر ونتائج وانتشار طيف العدوى ممتدة النطاق املرتبطة ببيتا الكتاميز املمتد يف مناطق جنوب
رشق آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العامليةالدراسات عىل اإلنرتنت بيانات قواعد يف بالبحث قمنا الطريقة املعوية بالطفيليات اإلصابة حول 2018 يونيو حتى املنشورة من ــراد األف يف الكتاميز بلبيتا املنتجة النطاق ممتدة املنتجة احلاالت مراقبة دراسات بتضمني قم عاما 21 وحتى الوالدة واملجموعات والدارسات متعددة القطاعات والدراسات القائمة عىل املالحظة والتي تعد تقارير حول مدى إجيابية أو سلبية املرىض وضع باستخدام قمنا التلوي للتحليل بالنسبة الكائنات هلذه النامذج لآلثار العشوائية لعوامل اخلطر ونتائج العدوى واالنحدار الفرعية قمنا بوضع خرائط النتشار لتحليل املجموعات التلوي املراقبة بيانات باستخدام ومنطقة دولة 20 يف اإلصابات هذه
املتاحة 40 بتضمني قمنا فحصها تم مقاال 6665 إمجايل من النتائج دراسة من 11 دولة ومنطقة يف التحليل التلوي شملت الدراسات
خطر ارتبط سلبية 2874 و إجيابية اختبار عينة 2411 املجمعة للبيتا املنتجة للبكترييا املوسع املمتد بالنطاق األعىل العدوى الكتاميز بالرعاية السابقة باملستشفيات وخاصة اإلقامة يف وحدة العناية املركزة (نسبة احتامل جممعة 65 بفاصل ثقة 95 304 إىل 137) التعرض للمضادات احليوية (وخاصة سيفالوسبورين من اجليل الثالث نسبة احتامل 48 بفاصل ثقة 95 225 إىل باملضادات العالج كان معا املتواجدة الرشوط بعض 1027) احليوية التجريبية واقيا من العدوى (نسبة احتامل 029 بفاصل ثقة 95 011 إىل 079) أقام املرىض املصابون لفرتات أطول يف املستشفى (26 يوما بفاصل ثقة 95 1281 إىل 3889) 95 ثقة 32 بفاصل احتامل (نسبة للوفاة أعىل وخماطر 182 إىل 580) كان انتشار العدوى بني السكان مرتفعا يف هذه
املناطق وكانت بيانات املراقبة اخلاصة باألطفال مفزعةاالستنتاج هناك حاجة إىل سياسات رعاية للمضادات احليوية ملنع اإلصابة وتشجيع العالج املناسب يف البلدان ومناطق جنوب رشق
آسيا وغرب املحيط اهلادي التابعة ملنظمة الصحة العاملية
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
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4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
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8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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13 Moher D Liberati A Tetzlaff J Altman DG PRISMA Group Preferred reporting items for systematic reviews and meta-analyses the PRISMA statement BMJ 2009 07 21339 jul21 1b2535 doi httpdxdoiorg101136bmjb2535 PMID 19622551
14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
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Indi
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Dou
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Case
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Com
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Hos
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ct
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166
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oubl
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sion
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Youn
g et
al
2014
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ore
Nov
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nal
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onth
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Vario
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Zuo
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Obs
erva
tiona
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Hos
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lLo
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irato
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ctio
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ths
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rby-
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ffusio
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Duo
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t al
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l 201
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ov
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rt1
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pita
lU
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ct
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ctio
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rious
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onth
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ye
ars
216
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oubl
e di
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sion
CLSI
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Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
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ia
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ile)
Bloo
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s61
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li K
pne
umon
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emN
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Han
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dRe
publ
ic o
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rea
Jan
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hort
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Hos
pita
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ct
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ctio
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rine
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ars
205
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li K
pne
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S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
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esNo
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ren
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f sam
ples
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ctio
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cultu
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idel
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use
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-po
sitiv
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BL-
nega
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Nish
a et
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2015
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dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
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ct
infe
ctio
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rine
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ars
385
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sion
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dat
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S
Agar
wal
et a
l 20
16 46
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dia
2009
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2Co
hort
4 ye
ars
Hos
pita
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iarrh
oea
Stoo
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stem
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Thai
land
Jan
2010
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20
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hort
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Hos
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ct
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ctio
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rine
0ndash15
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117
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li K
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umon
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pita
l lab
orat
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CLSI
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S
Shar
ma
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ug
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Obs
erva
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Bloo
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tes
1449
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1449
Mul
tiple
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iesa
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ble
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rgy
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ate
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hina
Jan
2001
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ontro
l12
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tal
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Bloo
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tes
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7731
614
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Mul
tiple
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iesa
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ble
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Chen
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hina
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tal
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Not
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ifyN
S
He
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ar 2
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2016
Coho
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ths
Hos
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ate
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Man
dal e
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2017
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Two
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rrhoe
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liM
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ed K
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r disk
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ate
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dia
Nov
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2ndashM
ar
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Coho
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Com
mun
ityU
rinar
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ct
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rine
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Kirb
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uer d
isk
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sion
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Tsai
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1755
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hina
2010
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bser
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nal
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Hos
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iaBl
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1427
3441
E co
liN
SN
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ngm
anee
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Thai
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Jun
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mun
ityU
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ct
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ctio
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rine
1 m
onth
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ears
8040
4023
80E
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neum
onia
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oubl
e di
sk
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sion
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0
Kita
gaw
a et
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2018
57In
done
sia a
nd
Japa
nJa
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ov 2
014
Case
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trol
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tal amp
co
mm
unity
Urin
ary
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fect
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Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
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oubl
e di
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sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
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Sri L
anka
Janndash
April
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hort
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onth
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ospi
tal
Vario
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rious
Neo
nate
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li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
498 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
protecteur vis-agrave-vis des infections (CR 029 IC agrave 95 de 011 agrave 079) Les patients infecteacutes se caracteacuterisaient par des seacutejours hospitaliers plus longs (26 jours IC agrave 95 de 1281 agrave 3889) et un risque de deacutecegraves plus eacuteleveacute (CR 32 IC agrave 95 de 182 agrave 580) La preacutevalence de lrsquoinfection dans la population eacutetait eacuteleveacutee dans ces reacutegions et les donneacutees de surveillance relatives aux enfants eacutetaient alarmantes
Conclusion Des politiques de gestion des antibiotiques pour preacutevenir les infections et encourager un traitement approprieacute sont neacutecessaires dans les pays et les reacutegions de lrsquoAsie du Sud-Est et du Pacifique occidental de lrsquoOMS
Резюме
Имеющиеся свидетельства устойчивости к антибиотикам у энтеробактерий продуцирующих бета-лактамазу расширенного спектра при лечении пациентов детского возраста в 20 странах и регионах системный обзор и метаанализЦель Выполнить системный обзор факторов риска исходов и распространенности инфекций вызванных микроорганизмами продуцирующими β-лактамазу расширенного спектра у пациентов детского и юношеского возраста в Юго-Восточной Азии и Западно-Тихоокеанском регионе (по классификации ВОЗ)Методы Авторы изучили сетевые базы данных на предмет статей датированных до июня 2018 года и посвященных исследованиям инфекций вызванных продуцирующими β-лактамазу энтеробактериями у пациентов в возрасте от 0 до 21 года В рассмотрение включались обсервационные межгрупповые когортные исследования и исследования типа laquoслучай-контрольraquo в которых сообщалось о пациентах с положительными и отрицательными результатами анализов на наличие указанных организмов Для метаанализа использовалось моделирование факторов риска и исходов инфекции со случайными эффектами Анализ подгрупп проводился с применением метарегрессии Была составлена карта распространенности таких инфекций в 20 странах и регионах с использованием имеющихся данных санитарного надзораРезультаты Из 6665 просмотренных статей в метаанализ были включены 40 исследований охватывающих 11 стран
и регионов В общей сложности исследования включали 2411 положительных и 2874 отрицательных образца Более высокий риск инфицирования бактериями вырабатывающими β-лактамазу расширенного спектра отмечался у пациентов ранее получавших лечение в больничных условиях особенно этот эффект был заметен для пациентов ОИТ (обобщенное ОШ 65 95-й ДИ от 304 до 1373) у тех кто принимал антибиотики (особенно цефалоспорины третьего поколения ОШ 48 95-й ДИ от 225 до 1027) и при некоторых сопутствующих заболеваниях Эмпирическое лечение антибиотиками имело защитный эффект в отношении инфекции (ОШ 029 95-й ДИ от 011 до 079) Инфицированные пациенты дольше оставались в больнице (26 дней 95-й ДИ от 1281 до 3889) и имели более высокий риск смерти (ОШ 32 95-й ДИ от 182 до 580) Частота инфекции в популяции указанных регионов была высокой а данные надзора среди детей mdash ужасающимиВывод В странах Юго-Восточной Азии и в Западно-Тихоокеанском регионе (по географической классификации ВОЗ) необходимо ввести политику ответственного назначения антибиотиков для предотвращения инфекции и поощрения правильного лечения
Resumen
Pruebas disponibles de la resistencia a los antibioacuteticos de las Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en pacientes pediaacutetricos de 20 paiacuteses y regiones una revisioacuten sistemaacutetica y un metanaacutelisisObjetivo Realizar una revisioacuten sistemaacutetica de los factores de riesgo los resultados y la prevalencia de la infeccioacuten de amplio espectro asociada a la betalactamasa en nintildeos y adultos joacutevenes en las regiones de Asia Sudoriental y el Paciacutefico Occidental de la Organizacioacuten Mundial de la Salud (OMS)Meacutetodos Hasta junio de 2018 se realizaron buacutesquedas en las bases de datos en liacutenea de estudios publicados sobre infeccioacuten con Enterobacteriaacuteceas productoras de betalactamasas de amplio espectro en individuos de 0 a 21 antildeos de edad Se incluyeron estudios de casos y controles de cohortes transversales y observacionales que reportaron pacientes positivos y negativos para estos organismos Para el metanaacutelisis se utilizoacute la modelizacioacuten de efectos aleatorios de los factores de riesgo y los resultados en cuanto a la infeccioacuten y la metarregresioacuten para el anaacutelisis de los subgrupos Mapeamos la prevalencia de estas infecciones en 20 paiacuteses y regiones utilizando los datos de vigilancia disponiblesResultados De los 6 665 artiacuteculos examinados se incluyeron 40 estudios de 11 paiacuteses y regiones en el metanaacutelisis Los estudios agrupados incluyeron 2 411 muestras positivas y 2 874 negativas Un mayor riesgo de infeccioacuten con bacterias productoras de betalactamasas de amplio espectro se asocioacute con la atencioacuten hospitalaria previa en particular las estancias en unidades de cuidados intensivos (OR agrupado 65 IC del 95 304 a 1373) la exposicioacuten a los antibioacuteticos (especialmente las cefalosporinas de tercera generacioacuten OR 48 IC del 95 225 a 1027)
y ciertas enfermedades coexistentes El tratamiento antibioacutetico empiacuterico fue protector contra la infeccioacuten (OR 029 IC del 95 011 a 079) Los pacientes infectados tuvieron estancias hospitalarias maacutes prolongadas (26 diacuteas IC del 95 1281 a 3889) y mayor riesgo de muerte (OR 32 IC del 95 182 a 580) La prevalencia de la infeccioacuten en la poblacioacuten era alta en estas regiones y los datos de vigilancia para los nintildeos eran alarmantesConclusioacuten Se necesitan poliacuteticas de gestioacuten de los antibioacuteticos para prevenir la infeccioacuten y fomentar el tratamiento adecuado en los paiacuteses y zonas de las regiones de Asia Sudoriental y el Paciacutefico Occidental de la OMS
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
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susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
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3 Rawat D Nair D Extended-spectrum β-lactamases in Gram-negative bacteria J Glob Infect Dis 2010 Sep2263ndash74 doi httpdxdoiorg1041030974-777X68531 PMID 20927289
4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
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8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
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13 Moher D Liberati A Tetzlaff J Altman DG PRISMA Group Preferred reporting items for systematic reviews and meta-analyses the PRISMA statement BMJ 2009 07 21339 jul21 1b2535 doi httpdxdoiorg101136bmjb2535 PMID 19622551
14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
499Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
References1 Bishara J Livne G Ashkenazi S Levy I Pitlik S Ofir O et al Antibacterial
susceptibility of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae and Escherichia coli Isr Med Assoc J 2005 May7(5)298ndash301 PMID 15909461
2 OrsquoNeill J Antimicrobials in agriculture and the environment reducing unnecessary use and waste The review on antimicrobial resistance London Wellcome Trust 2015 Available from httpsamr-revieworg [cited 2019 April 1]
3 Rawat D Nair D Extended-spectrum β-lactamases in Gram-negative bacteria J Glob Infect Dis 2010 Sep2263ndash74 doi httpdxdoiorg1041030974-777X68531 PMID 20927289
4 Paterson DL Chapter 313 Infections due to other members of the Enterobacteriaceae including management of multidrug-resistant strains Goldmanrsquos Cecil Medicine Volume 2 24th ed Amsterdam Elsevier 2012 pp 1874ndash7 doi httpdxdoiorg101016B978-1-4377-1604-700313-4
5 Bradford PA Bratu S Urban C Visalli M Mariano N Landman D et al Emergence of carbapenem-resistant Klebsiella species possessing the class A carbapenem-hydrolyzing KPC-2 and inhibitor-resistant TEM-30 β-lactamases in New York City Clin Infect Dis 2004 Jul 139(1)55ndash60 doi httpdxdoiorg101086421495 PMID 15206053
6 Woodford N Tierno PM Jr Young K Tysall L Palepou MF Ward E et al Outbreak of Klebsiella pneumoniae producing a new carbapenem-hydrolyzing class A β-lactamase KPC-3 in a New York medical center Antimicrob Agents Chemother 2004 Dec48(12)4793ndash9 doi httpdxdoiorg101128AAC48124793-47992004 PMID 15561858
7 Use of carbapenems in children In Second Meeting of the Subcommittee of the Expert Committee on the Selection and Use of Essential Medicines Geneva World Health Organization 2008
8 Medernach RL Logan LK The growing threat of antibiotic resistance in children Infect Dis Clin North Am 2018 0332(1)1ndash17 doi httpdxdoiorg101016jidc201711001 PMID 29406971
9 Shea KM Antibiotic resistance what is the impact of agricultural uses of antibiotics on childrenrsquos health Pediatrics 2003 Jul112(1 Pt 2) Suppl 1253ndash8 PMID 12837918
10 Gelband H Miller-Petrie M Pant S Gandra S Levinson J Barter D et al The state of the worldrsquos antibiotics 2015 Washington New Delhi Center For Disease Dynamics Economics amp Policy 2015 Available from httpscddeporgpublicationsstate_worlds_antibiotics_2015 [cited 2019 April 1]
11 Badal RE Bouchillon SK Lob SH Hackel MA Hawser SP Hoban DJ Etiology extended-spectrum β-lactamase rates and antimicrobial susceptibility of gram-negative bacilli causing intra-abdominal infections in patients in general pediatric and pediatric intensive care unitsndashglobal data from the Study for Monitoring Antimicrobial Resistance Trends 2008 to 2010 Pediatr Infect Dis J 2013 Jun32(6)636ndash40 doi httpdxdoiorg101097INF0b013e3182886377 PMID 23838732
12 Cochrane handbook 2011 London Cochrane Handbook for Systematic Reviews 2011 Available from httpstrainingcochraneorghandbook [cited 2019 Apr 1]
13 Moher D Liberati A Tetzlaff J Altman DG PRISMA Group Preferred reporting items for systematic reviews and meta-analyses the PRISMA statement BMJ 2009 07 21339 jul21 1b2535 doi httpdxdoiorg101136bmjb2535 PMID 19622551
14 Hoy D Brooks P Woolf A Blyth F March L Bain C et al Assessing risk of bias in prevalence studies modification of an existing tool and evidence of interrater agreement J Clin Epidemiol 2012 Sep65(9)934ndash9 doi httpdxdoiorg101016jjclinepi201111014 PMID 22742910
15 Hardin AP Hackell JM Committee On Practice And Ambulatory Medicine Age limit of pediatrics Pediatrics 2017 Sep140(3)e20172151 doi httpdxdoiorg101542peds2017-2151 PMID 28827380
16 Kengkla K Charoensuk N Chaichana M Puangjan S Rattanapornsompong T Choorassamee J et al Clinical risk scoring system for predicting extended-spectrum β-lactamase-producing Escherichia coli infection in hospitalized patients J Hosp Infect 2016 May93(1)49ndash56 doi httpdxdoiorg101016jjhin201601007 PMID 26905665
17 Wan X Wang W Liu J Tong T Estimating the sample mean and standard deviation from the sample size median range andor interquartile range BMC Med Res Methodol 2014 12 1914(1)135 doi httpdxdoiorg1011861471-2288-14-135 PMID 25524443
18 Borenstein M Higgins JP Hedges LV Rothstein HR Basics of meta-analysis I2 is not an absolute measure of heterogeneity Res Synth Methods 2017 Mar8(1)5ndash18 doi httpdxdoiorg101002jrsm1230 PMID 28058794
19 Thompson SG Higgins JPT How should meta-regression analyses be undertaken and interpreted Stat Med 2002 Jun 1521(11)1559ndash73 doi httpdxdoiorg101002sim1187 PMID 12111920
20 Kim YK Pai H Lee HJ Park SE Choi EH Kim J et al Bloodstream infections by extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in children epidemiology and clinical outcome Antimicrob Agents Chemother 2002 May46(5)1481ndash91 doi httpdxdoiorg101128AAC4651481-14912002 PMID 11959586
21 Jain A Roy I Gupta MK Kumar M Agarwal SK Prevalence of extended-spectrum beta-lactamase-producing Gram-negative bacteria in septicaemic neonates in a tertiary care hospital J Med Microbiol 2003 May52(Pt 5)421ndash5 doi httpdxdoiorg101099jmm004966-0 PMID 12721319
22 Boo NY Ng SF Lim VK A case-control study of risk factors associated with rectal colonization of extended-spectrum beta-lactamase producing Klebsiella sp in newborn infants J Hosp Infect 2005 Sep61(1)68ndash74 doi httpdxdoiorg101016jjhin200501025 PMID 15953660
23 Chiu S Huang YC Lien RI Chou YH Lin TY Clinical features of nosocomial infections by extended-spectrum beta-lactamase-producing Enterobacteriaceae in neonatal intensive care units Acta Paediatr 2005 Nov94(11)1644ndash9 doi httpdxdoiorg10108008035250510037704 PMID 16303704
24 Huang Y Zhuang S Du M Risk factors of nosocomial infection with extended-spectrum beta-lactamase-producing bacteria in a neonatal intensive care unit in China Infection 2007 Oct35(5)339ndash45 doi httpdxdoiorg101007s15010-007-6356-9 PMID 17721736
25 Jain A Mondal R Prevalence amp antimicrobial resistance pattern of extended spectrum beta-lactamase producing Klebsiella spp isolated from cases of neonatal septicaemia Indian J Med Res 2007 Jan125(1)89ndash94 PMID 17332661
26 Kuo KC Shen YH Hwang KP Clinical implications and risk factors of extended-spectrum beta-lactamase-producing Klebsiella pneumoniae infection in children a case-control retrospective study in a medical center in southern Taiwan J Microbiol Immunol Infect 2007 Jun40(3)248ndash54 PMID 17639166
27 Lee J Pai H Kim YK Kim NH Eun BW Kang HJ et al Control of extended-spectrum beta-lactamase-producing Escherichia coli and Klebsiella pneumoniae in a childrenrsquos hospital by changing antimicrobial agent usage policy J Antimicrob Chemother 2007 Sep60629ndash37 doi httpdxdoiorg101093jacdkm225 PMID 17599919
28 Sehgal R Gaind R Chellani H Agarwal P Extended-spectrum beta lactamase-producing gram-negative bacteria clinical profile and outcome in a neonatal intensive care unit Ann Trop Paediatr 2007 Mar27(1)45ndash54 doi httpdxdoiorg101179146532807X170501 PMID 17469732
29 Bhattacharjee A Sen MR Prakash P Gaur A Anupurba S Increased prevalence of extended spectrum beta lactamase producers in neonatal septicaemic cases at a tertiary referral hospital Indian J Med Microbiol 2008 Oct-Dec26(4)356ndash60 doi httpdxdoiorg1041030255-085743578 PMID 18974490
30 Anandan S Thomas N Veeraraghavan B Jana AK Prevalence of extended- spectrum beta-lactamase producing Escherichia coli and Klebsiella spp in a neonatal intensive care unit Indian Pediatr 2009 Dec46(12)1106ndash7 PMID 20061592
31 Kim NH Kim JH Lee TJ Risk factors for community-onset urinary tract infections due to extended-spectrum beta-lactamase producing bacteria in children Infect Chemother 200941(6)333ndash41 doi httpdxdoiorg103947ic2009416333
32 Shakil S Ali SZ Akram M Ali SM Khan AU Risk factors for extended-spectrum beta-lactamase producing Escherichia coli and Klebsiella pneumoniae acquisition in a neonatal intensive care unit J Trop Pediatr 2010 Apr56(2)90ndash6 doi httpdxdoiorg101093tropejfmp060 PMID 19608665
33 Gaurav J Sugandha A Rajni G Kumar CH Sepsis with extended-spectrum beta-lactamase producing Gram-negative bacteria in neonates ndash risk factors clinical profile and outcome J Pediat Inf Dis-Ger 20116195ndash200 doi httpdxdoiorg103233JPI-2011-0323 PMID 4
34 Liu JH Liu XF Shuai JF Wu F Hu HF [Risk factors for infection with extended-spectrum beta-lactamase-producing strains in children] Zhongguo Dang Dai Er Ke Za Zhi 2011 Dec13(12)959ndash61 PMID 22172259
35 Wei HY Tan BY Yang LJ Deng N [Antibiotic resistance of gram-negative Bacillis isolated from children with bronchopneumonia] Zhongguo Dang Dai Er Ke Za Zhi 2011 Jan13(1)20ndash2 Chinese PMID 21251380
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
500 Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
36 Minami K Shoji Y Kasai M Ogiso Y Nakamura T Kawakami Y et al Proportion of rectal carriage of extended-spectrum β-lactamase-producing Enterobacteriaceae in the inpatients of a pediatric tertiary care hospital in Japan Jpn J Infect Dis 201265(6)548ndash50 doi httpdxdoiorg107883yoken65548 PMID 23183211
37 Zheng ZJ Tang YM [Drug resistance of extended-spectrum-β-lactamases-producing bacteria in children with hematological malignancy after chemotherapy] Zhongguo Dang Dai Er Ke Za Zhi 2012 Jul14(7)518ndash20 Chinese PMID 22809605
38 Vijayakanthi N Bahl D Kaur N Maria A Dubey NK Frequency and characteristics of infections caused by extended-spectrum beta-lactamase-producing organisms in neonates a prospective cohort study BioMed Res Int 20132013756209 doi httpdxdoiorg1011552013756209 PMID 24175299
39 Fan NC Chen HH Chen CL Ou LS Lin TY Tsai MH et al Rise of community-onset urinary tract infection caused by extended-spectrum β-lactamase-producing Escherichia coli in children J Microbiol Immunol Infect 2014 Oct47(5)399ndash405 doi httpdxdoiorg101016jjmii201305006 PMID 23834784
40 Themphachana M Kanobthammakul S Nakaguchi Y Singkhamanans K Yadrak P Sukhumungoon P Virulence characteristics and antimicrobial susceptibility of uropathogens from patients on Phuket Island Thailand Southeast Asian J Trop Med Public Health 2014 Sep45(5)1090ndash8 PMID 25417510
41 Young BE Lye DC Krishnan P Chan SP Leo YS A prospective observational study of the prevalence and risk factors for colonization by antibiotic resistant bacteria in patients at admission to hospital in Singapore BMC Infect Dis 2014 06 214(1)298 doi httpdxdoiorg1011861471-2334-14-298 PMID 24889720
42 Zuo MF Liu HL Zhu ML Shu QZ Jiang L [Pathologic bacterial distribution and antibiotic resistance in induced sputum of infants aged from 1 to 3 months with lower respiratory tract infection] Zhongguo Dang Dai Er Ke Za Zhi 2014 Dec16(12)1226ndash30 [Chinese] PMID 25523570
43 Duong HP Mong Hiep TT Hoang DT Janssen F Lepage P De Mol P et al [Practical problems related to the management of febrile urinary tract infection in Vietnamese children] Arch Pediatr 2015 Aug22(8)848ndash52 French doi httpdxdoiorg101016jarcped201505010 PMID 26143997
44 Han SB Lee SC Lee SY Jeong DC Kang JH Aminoglycoside therapy for childhood urinary tract infection due to extended-spectrum β-lactamase-producing Escherichia coli or Klebsiella pneumoniae BMC Infect Dis 2015 10 1315(1)414 doi httpdxdoiorg101186s12879-015-1153-z PMID 26464143
45 Nisha KV Shenoy RD Shetty V Shenoy V Shetty A Comparative study on antibiotic resistance profile of extended-spectrum beta-lactamase and non-extended-spectrum beta-lactamase Escherichia coli infections among pediatric population with community-acquired urinary tract infections in a tertiary care centre Int J Sci Stud 20153(6)47ndash51
46 Agarwal G Kapil A Kabra SK Das BK Dwivedi SN Characterization of Pseudomonas aeruginosa isolated from chronically infected children with cystic fibrosis in India BMC Microbiol 2005 07 215(1)43 doi httpdxdoiorg1011861471-2180-5-43 PMID 16033658
47 Amornchaicharoensuk Y Clinical characteristics and antibiotic resistance pattern of pathogens in paediatric urinary tract infection Southeast Asian J Trop Med Public Health 2016 Sep47(5)976ndash82 PMID 29620804
48 Sharma D Kumar C Pandita A Pratap OT Dasi T Murki S Bacteriological profile and clinical predictors of ESBL neonatal sepsis J Matern Fetal Neonatal Med 201629(4)567ndash70 doi httpdxdoiorg1031091476705820151011118 PMID 25666741
49 Tsai MH Lee IT Chu SM Lien R Huang HR Chiang MC et al Clinical and molecular characteristics of neonatal extended-spectrum β-lactamase-producing Gram-negative bacteremia a 12-year case-control-control study of a referral center in Taiwan PLoS One 2016 08 911(8)e0159744 doi httpdxdoiorg101371journalpone0159744 PMID 27505270
50 Chen KS Hu Y Guo X Guo F Antibiotic susceptibility patterns and beta-lactamase genotype of recent isolates of ESBL-producing Klebsiella pneumoniae in the intensive care unit of neonatology department Int J Infect Dis 2010 0714S20ndash20 doi httpdxdoiorg101016S1201-9712(10)60057-4
51 He X Xie M Li S Ye J Peng Q Ma Q et al Antimicrobial resistance in bacterial pathogens among hospitalized children with community acquired lower respiratory tract infections in Dongguan China (2011ndash2016) BMC Infect Dis 2017 09 1117(1)614 doi httpdxdoiorg101186s12879-017-2710-4 PMID 28893195
52 Kim YH Yang EM Kim CJ Urinary tract infection caused by community-acquired extended-spectrum β-lactamase-producing bacteria in infants J Pediatr (Rio J) 2017 May - Jun93(3)260ndash6 doi httpdxdoiorg101016jjped201606009 PMID 27842212
53 Mandal A Sengupta A Kumar A Singh UK Jaiswal AK Das P et al Molecular epidemiology of extended-spectrum β-lactamase-producing Escherichia coli pathotypes in diarrheal children from low socioeconomic status communities in Bihar India emergence of the CTX-M type Infect Dis (Auckl) 2017 11 6101178633617739018 doi httpdxdoiorg1011771178633617739018 PMID 29151781
54 Nisha KV Veena SA Rathika SD Vijaya SM Avinash SK Antimicrobial susceptibility risk factors and prevalence of bla cefotaximase temoneira and sulfhydryl variable genes among Escherichia coli in community-acquired pediatric urinary tract infection J Lab Physicians 2017 Jul-Sep9(3)156ndash62 doi httpdxdoiorg1041030974-2727208262 PMID 28706384
55 Tsai WL Hung CH Chen HA Wang JL Huang IF Chiou YH et al Extended-spectrum β-lactamase-producing Escherichia coli bacteremia Comparison of pediatric and adult populations J Microbiol Immunol Infect 2018 Dec51(6)723ndash31 doi httpdxdoiorg101016jjmii201708005 PMID 28927684
56 Bunjoungmanee P Tangsathapornpong A Kulalert P Clinical manifestations and risk factors in urinary tract infection caused by community-acquired extended-spectrum beta-lactamase enzyme producing bacteria in children Southeast Asian J Trop Med Public Health 201849(1)123ndash32
57 Kitagawa K Shigemura K Yamamichi F Alimsardjono L Rahardjo D Kuntaman K et al International comparison of causative bacteria and antimicrobial susceptibilities of urinary tract infections between Kobe Japan and Surabaya Indonesia Jpn J Infect Dis 2018 Jan 2371(1)8ndash13 doi httpdxdoiorg107883yokenJJID2017233 PMID 29093320
58 Weerasinghe NP Vidanagama D Perera B Herath HMM De Silva Nagahawatte A Re-exploring the value of surveillance cultures in predicting pathogens of late onset neonatal sepsis in a tertiary care hospital in southern Sri Lanka BMC Res Notes 2018 05 2911(1)340 doi httpdxdoiorg101186s13104-018-3448-9 PMID 29843815
59 Hu YJ Ogyu A Cowling BJ Fukuda K Pang HH Available evidence of antibiotic resistance from extended-spectrum β-lactamase-producing Enterobacteriaceae in paediatric patients in 20 countries a systematic review and meta-analysisa quantitative analysis London Figshare 2019 doi httpdxdoiorg106084m9figshare8009873 doi httpdxdoiorg106084m9figshare8009873
60 Jan Bell JT SENTRY Antimicrobial Surveillance Program Asia-Pacific region and South Africa Antimicrobial Resistance in Australia Adelaide Microbiology and Infectious Diseases Womenrsquos and Childrenrsquos Hospital 2003
61 Ramos NL Dzung DT Stopsack K Jankoacute V Pourshafie MR Katouli M et al Characterisation of uropathogenic Escherichia coli from children with urinary tract infection in different countries Eur J Clin Microbiol Infect Dis 2011 Dec30(12)1587ndash93 doi httpdxdoiorg101007s10096-011-1264-4 PMID 21509475
62 AURA 2017 Supplementary data Sydney Australian Commission on Safety and Quality in Health Care 2017 Available from httpswwwsafetyandqualitygovauwp-contentuploads201708AURA-2017-Supplementary-datapdf [cited 2019 Apr 1]
63 Heffernan HRW Draper J Ren X 2016 survey of extended-spectrum beta-lactamase-producing Enterobacteriaceae Wellington Institute of Environmental Science and Research 2018 Available from httpswwwesrcrinz [cited 2019 Apr 1]
64 Morrissey I Hackel M Badal R Bouchillon S Hawser S Biedenbach D A Review of Ten Years of the Study for Monitoring Antimicrobial Resistance Trends (SMART) from 2002 to 2011 Pharmaceuticals (Basel) 2013 11 16(11)1335ndash46 doi httpdxdoiorg103390ph6111335 PMID 24287460
65 Fischer MM Bild M Hospital use of antibiotics as the main driver of infections with antibiotic-resistant bacteria ndash a reanalysis of recent data from the European Union bioRxiv 2019553537 Cold Spring Harbor Cold Spring Harbor Labaoratory 2019 doi httpdxdoiorghttpsdoiorg101101553537doi httpdxdoiorg101101553537
66 Honda H Ohmagari N Tokuda Y Mattar C Warren DKJCID Antimicrobial stewardship in inpatient settings in the Asia Pacific Region a systematic review and meta-analysis Clin Infect Dis 2017 May 1564 suppl_2S119ndash26 doi httpdxdoiorg101093cidcix017 PMID 28475777
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
75M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
of
Kore
aJa
n 20
04ndashA
pr
2009
Coho
rt5
year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Liu
et a
l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
Coho
rt2
year
sH
ospi
tal
Low
er re
spira
tory
tra
ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
nCL
SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
-pro
duci
ng
Ente
roba
cter
iace
ae m
ethi
cilli
n-re
sista
nt S
taph
yloc
occu
s aur
eus
vanc
omyc
in-re
sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
501Bull World Health Organ 201997486ndash501B| doi httpdxdoiorg102471BLT18225698
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
67 Li DX Sick-Samuels AC Suwantarat N Same RG Simner PJ Tamma PD Risk factors for extended-spectrum beta-lactamase-producing Enterobacteriaceae carriage upon pediatric intensive care unit admission Infect Control Hosp Epidemiol 2018 0139(1)116ndash8 doi httpdxdoiorg101017ice2017246 PMID 29202892
68 Zaoutis TE Goyal M Chu JH Coffin SE Bell LM Nachamkin I et al Risk factors for and outcomes of bloodstream infection caused by extended-spectrum β-lactamase-producing Escherichia coli and Klebsiella species in children Pediatrics 2005 Apr115(4)942ndash9 doi httpdxdoiorg101542peds2004-1289 PMID 15805368
69 Kizilca O Siraneci R Yilmaz A Hatipoglu N Ozturk E Kiyak A et al Risk factors for community-acquired urinary tract infection caused by ESBL-producing bacteria in children Pediatr Int 2012 Dec54(6)858ndash62 doi httpdxdoiorg101111j1442-200X201203709x PMID 22882781
70 Topaloglu R Er I Dogan BG Bilginer Y Ozaltin F Besbas N et al Risk factors in community-acquired urinary tract infections caused by ESBL-producing bacteria in children Pediatr Nephrol 2010 May25(5)919ndash25 doi httpdxdoiorg101007s00467-009-1431-3 PMID 20151161
71 Flokas ME Detsis M Alevizakos M Mylonakis E Prevalence of ESBL-producing Enterobacteriaceae in paediatric urinary tract infections A systematic review and meta-analysis J Infect 2016 1273(6)547ndash57 doi httpdxdoiorg101016jjinf201607014 PMID 27475789
72 Logan LK Meltzer LA McAuley JB Hayden MK Beck T Braykov NP et al CDC Epicenters Prevention Program Extended-spectrum β-lactamase-producing Enterobacteriaceae infections in children a two-center case-casendashcontrol study of risk factors and outcomes in Chicago Illinois J Pediatric Infect Dis Soc 2014 Dec3(4)312ndash9 doi httpdxdoiorg101093jpidspiu011 PMID 26625451
73 Esposito S Gioia R De Simone G Noviello S Lombardi D Di Crescenzo VG et al Bacterial epidemiology and antimicrobial resistance in the surgery wards of a large teaching hospital in southern Italy Mediterr J Hematol Infect Dis 2015 06 17(1)e2015040 doi httpdxdoiorg104084mjhid2015040 PMID 26075047
74 Ccedilakmakccedili M Antibiotic stewardship programmes and the surgeonrsquos role J Hosp Infect 2015 Apr89(4)264ndash6 doi httpdxdoiorg101016jjhin201501006 PMID 25744279
75 Cusini A Rampini SK Bansal V Ledergerber B Kuster SP Ruef C et al Different patterns of inappropriate antimicrobial use in surgical and medical units at a tertiary care hospital in Switzerland a prevalence survey PLoS One 2010 11 165(11)e14011 doi httpdxdoiorg101371journalpone0014011 PMID 21103362
76 Auta A Hadi MA Oga E Adewuyi EO Abdu-Aguye SN Adeloye D et al Global access to antibiotics without prescription in community pharmacies a systematic review and meta-analysis J Infect 2019 Jan78(1)8ndash18 doi httpdxdoiorg101016jjinf201807001 PMID 29981773
77 Roberts RR Hota B Ahmad I Scott RD 2nd Foster SD Abbasi F et al Hospital and societal costs of antimicrobial-resistant infections in a Chicago teaching hospital implications for antibiotic stewardship Clin Infect Dis 2009 Oct 1549(8)1175ndash84 doi httpdxdoiorg101086605630 PMID 19739972
78 Hijazi SM Fawzi MA Ali FM Abd El Galil KH Prevalence and characterization of extended-spectrum beta-lactamases producing Enterobacteriaceae in healthy children and associated risk factors Ann Clin Microbiol Antimicrob 2016 01 2915(1)3 doi httpdxdoiorg101186s12941-016-0121-9 PMID 26823288
79 Strysko JP Mony V Cleveland J Siddiqui H Homel P Gagliardo C International travel is a risk factor for extended-spectrum β-lactamase-producing Enterobacteriaceae acquisition in children a case-case-control study in an urban US hospital Travel Med Infect Dis 2016 Nov - Dec14(6)568ndash71 doi httpdxdoiorg101016jtmaid201611012 PMID 27890813
80 Taumlngdeacuten T Cars O Melhus A Loumlwdin E Foreign travel is a major risk factor for colonization with Escherichia coli producing CTX-M-type extended-spectrum β-lactamases a prospective study with Swedish volunteers Antimicrob Agents Chemother 2010 Sep54(9)3564ndash8 doi httpdxdoiorg101128AAC00220-10 PMID 20547788
81 Chaurasia S Sivanandan S Agarwal R Ellis S Sharland M Sankar MJ Neonatal sepsis in South Asia huge burden and spiralling antimicrobial resistance BMJ 2019 01 22364k5314 doi httpdxdoiorg101136bmjk5314 PMID 30670451
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
n 20
04ndashD
ec
2005
Coho
rt2
year
sH
ospi
tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
bact
er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
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ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
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ultip
le sp
ecie
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oubl
e di
sk
diffu
sion
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002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
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rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
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le sp
ecie
saD
oubl
e di
sk
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sion
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200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
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ifyCL
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008
Kim
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l 20
0931
Repu
blic
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pr
2009
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mon
ths
Com
mun
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ct
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ctio
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rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
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oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
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Apr
2008
Case
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trol
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tal
Seps
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ood
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nate
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5236
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E co
li K
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umon
iae
Dou
ble
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ffusio
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Liu
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an
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Low
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242
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839
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Mul
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Dou
ble
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e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
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wer
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irato
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ctio
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utum
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Mul
tiple
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iesa
Dou
ble
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rgy
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9
Min
ami e
t al
2012
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pan
July
201
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day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
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446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
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E co
li K
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umon
iae
Vite
k 60
syst
emN
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dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
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Nov
20
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hort
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tal
Seps
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rious
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nate
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08
3917
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Mul
tiple
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iesa
Dou
ble
disk
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ffusio
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SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
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5 ye
ars
312
104
208
3364
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Dou
ble
disk
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ffusio
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007
Them
phac
hana
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l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
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rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
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mm
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Vario
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rious
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ethi
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nter
ococ
cus
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Dou
ble
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007
Zuo
et a
l 20
1442
Chin
aJa
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ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
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012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
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rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
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ars
Hos
pita
lN
eutro
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ia
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ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
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rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
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BL
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ctio
n
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f iso
late
s or
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res
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eria
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cies
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ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
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ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
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ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
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rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698 A
Systematic reviewsAntibiotic resistance in Asia Pacific childrenYanhong Jessika Hu et al
(con
tinue
s
)
Tabl
e 1
Ch
arac
teris
tics o
f 40
stud
ies i
nclu
ded
in th
e m
eta-
anal
ysis
of e
xten
ded-
spec
trum
β-la
ctam
ase-
asso
ciate
d in
fect
ion
amon
g ch
ildre
n an
d yo
ung
adul
ts in
Sout
h-Ea
st A
sia a
nd W
este
rn P
acifi
c cou
ntrie
s 20
02ndash2
018
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Kim
et a
l 20
0220
Repu
blic
of
Kore
aN
ov 1
993ndash
Dec
19
98Co
hort
5 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash17
yea
rs14
249
9317
157
Esch
eric
hia
coli
Kleb
siella
pn
eum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
002
Jain
et a
l 20
0321
Indi
a1
year
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
728
165
3679
400
E co
li K
pne
umon
iae
Ente
roba
cter
sp
pD
oubl
e di
sk sy
nerg
y te
stCL
SI 2
000
amp N
CCLS
dat
e N
SBo
o et
al
2005
22M
alay
sia19
96ndashO
ct 2
002
Case
ndashcon
trol
7 ye
ars
Hos
pita
lSe
psis
Vario
usN
eona
tes
350
8080
2236
9K
pne
umon
iae
Ente
roba
cter
spp
Dou
ble
disk
di
ffusio
nM
inist
ry o
f Hea
lth
of M
alay
sia 2
001
Chiu
et a
l 20
0523
Taiw
an C
hina
Jan
2001
ndashDec
20
01Co
hort
1 ye
arH
ospi
tal
Nos
ocom
ial
infe
ctio
nVa
rious
Neo
nate
s76
3442
4476
E co
li K
pne
umon
iae
KSD
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Hua
ng e
t al
2007
24Ch
ina
Jan
2000
ndashDec
20
02Co
hort
3 ye
ars
Hos
pita
lN
osoc
omia
l in
fect
ion
Vario
usN
eona
tes
3922
1756
2358
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nN
CCLS
200
0
Jain
amp M
onda
l 200
725b
Indi
aJa
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ec
2005
Coho
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year
sH
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tal
Seps
isBl
ood
Neo
nate
s10
058
4258
2995
K p
neum
onia
e En
tero
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er sp
pD
oubl
e di
sk
diffu
sion
NCC
LS 2
003
Kuo
et a
l 20
0726
Taiw
an C
hina
Jan
2000
ndashOct
20
05Ca
sendashc
ontro
l5
year
s 9
mon
ths
Hos
pita
lVa
rious
Vario
usBi
rth
to N
S10
854
5428
274
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
NCC
LS 2
001
Lee
et a
l 20
0727
Repu
blic
of
Kore
aJa
n 19
99ndashD
ec
2005
Coho
rt7
year
sH
ospi
tal
Vario
usVa
rious
NS
228
3554
2925
2E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
st V
itek-
GNI c
ard
CLSI
200
5
Sehg
al e
t al
2007
28In
dia
April
200
2ndashM
ay
2003
Coho
rt1
year
Hos
pita
lSe
psis
Bloo
dN
eona
tes
7538
2561
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ultip
le sp
ecie
saD
oubl
e di
sk
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sion
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002
Bhat
tach
arje
e et
al
2008
29b
Indi
a14
mon
ths
Coho
rt1
year
2
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
243
2658
3224
3M
ultip
le sp
ecie
saD
oubl
e di
sk
diffu
sion
CLSI
200
8
Anan
dan
et a
l 20
0930
bIn
dia
Jan
2003
ndashDec
20
07Co
hort
5 ye
ars
Hos
pita
lSe
psis
Bloo
dN
eona
tes
9468
2672
8330
E co
li K
pne
umon
iae
Not
spec
ifyCL
SI 2
008
Kim
et a
l 20
0931
Repu
blic
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aJa
n 20
04ndashA
pr
2009
Coho
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year
s 2
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
Child
ren
854
3283
1768
1E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
S
Shak
il et
al
2010
32In
dia
Jan
2006
ndashFeb
20
07Co
hort
1 ye
ars
Hos
pita
lVa
rious
Vario
usN
eona
tes
238
104
107
4446
9E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Gau
rav
et a
l 20
1133
Indi
aM
ay 2
007ndash
Apr
2008
Case
ndashcon
trol
1 ye
arH
ospi
tal
Seps
isBl
ood
Neo
nate
s34
450
5236
5116
E co
li K
pne
umon
iae
Dou
ble
disk
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ffusio
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SI d
ate
NS
Liu
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l 20
1134
Chin
aFe
b 20
09ndashJ
an
2011
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year
sH
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tal
Low
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spira
tory
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ct in
fect
ion
Sput
umlt
3 y
ears
242
9414
839
242
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
dat
e N
S
Wei
et a
l 20
1135
Chin
aJa
n 20
09ndashD
ec
2009
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
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ctio
nSp
utum
lt 1
yea
r27
214
412
853
1380
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
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200
9
Min
ami e
t al
2012
36Ja
pan
July
201
1 (1
day
)Cr
oss-
sect
iona
l1
day
Hos
pita
lVa
rious
Rect
alle
12
year
s50
446
1262
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
200
8
Zhen
g et
al
2012
37Ch
ina
2002
ndash200
8Co
hort
6 ye
ars
Hos
pita
lH
aem
atol
ogic
al
mal
igna
ncy
Bloo
dlt
16
year
s10
919
3852
3264
E co
li K
pne
umon
iae
Vite
k 60
syst
emN
CCLS
dat
e N
S
Vija
yaka
nthi
et a
l 20
1338
Indi
aD
ec 2
009ndash
Nov
20
10Co
hort
1 ye
arH
ospi
tal
Seps
isVa
rious
Neo
nate
s15
08
3917
150
Mul
tiple
spec
iesa
Dou
ble
disk
di
ffusio
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SI d
ate
NS
Fan
et a
l 201
439Ta
iwan
Chi
na20
02ndash2
006
Case
ndashcon
trol
4 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
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rine
lt 1
5 ye
ars
312
104
208
3364
67E
coli
Dou
ble
disk
di
ffusio
nCL
SI 2
007
Them
phac
hana
et a
l 20
1440
Thai
land
Febndash
Sep
2013
Obs
erva
tiona
l8
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 2
1 ye
ars
166
8283
2616
6E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
2
Youn
g et
al
2014
41Si
ngap
ore
Nov
200
6ndashFe
b 20
07O
bser
vatio
nal
3 m
onth
sCo
mm
unity
Vario
usVa
rious
lt 2
1 ye
ars
1006
6912
44
1006
ESBL
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duci
ng
Ente
roba
cter
iace
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ethi
cilli
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nt S
taph
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s aur
eus
vanc
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sista
nt E
nter
ococ
cus
spp
Dou
ble
disk
di
ffusio
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SI 2
007
Zuo
et a
l 20
1442
Chin
aJa
nndashD
ec 2
013
Obs
erva
tiona
l1
year
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1ndash3
mon
ths
622
9394
7937
9E
coli
K p
neum
onia
e Ki
rby-
Baue
r disk
di
ffusio
nCL
SI 2
012
Duo
ng e
t al
2015
43Vi
et N
amJu
l 201
1ndashN
ov
2012
Coho
rt1
year
4
mon
ths
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nVa
rious
3 m
onth
sndash15
ye
ars
216
2217
5214
3E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
200
7
Han
et a
l 20
1517
cRe
publ
ic o
f Ko
rea
Apr 2
009ndash
Mar
20
13Co
hort
4 ye
ars
Hos
pita
lN
eutro
poen
ia
(febr
ile)
Bloo
dlt
20
year
s61
2140
3461
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Han
et a
l 20
1544
dRe
publ
ic o
f Ko
rea
Jan
2010
ndashDec
20
14Co
hort
4 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
lt 1
8 ye
ars
205
2218
910
211
E co
li K
pne
umon
iae
Vite
k 2
syst
emN
S
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
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eSa
mpl
e ag
esNo
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ren
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f sam
ples
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alen
ce
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BL
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ctio
n
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f iso
late
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res
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eria
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cies
ESBL
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ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
SI d
ate
NS
Nish
a et
al
2017
54In
dia
Nov
201
2ndashM
ar
2016
Coho
rt4
year
s 5
mon
ths
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
3 m
onth
sndash18
ye
ars
523
196
327
3852
3E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
201
0
Tsai
et a
l 20
1755
Taiw
an C
hina
2010
ndash201
4O
bser
vatio
nal
5 ye
ars
Hos
pita
lBa
cter
aem
iaBl
ood
lt 3
yea
rs41
1427
3441
E co
liN
SN
SBu
njou
ngm
anee
et a
l 20
1856
Thai
land
Jun
2016
ndashMay
20
17Ca
sendashc
ontro
l1
year
Hos
pita
l amp
com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
1 m
onth
ndash5 y
ears
8040
4023
80E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
201
0
Kita
gaw
a et
al
2018
57In
done
sia a
nd
Japa
nJa
nndashN
ov 2
014
Case
ndashcon
trol
1 ye
arH
ospi
tal amp
co
mm
unity
Urin
ary
tract
in
fect
ion
Urin
e0ndash
15 y
ears
9437
1339
94E
coli
K p
neum
onia
e D
oubl
e di
sk
diffu
sion
CLSI
dat
e N
S
Wee
rasin
ghe
et a
l 20
1858
Sri L
anka
Janndash
April
201
1Co
hort
3 m
onth
sH
ospi
tal
Vario
usVa
rious
Neo
nate
s50
188
3650
E co
li K
pne
umon
iae
Dou
ble
disk
di
ffusio
nCL
SI amp
CD
C 2
011
CDC
Cen
ters
for D
iseas
e Co
ntro
l and
Pre
vent
ion
CLS
I Clin
ical
and
Lab
orat
ory
Stan
dard
s Ins
titut
e E
SBL
ext
ende
d-sp
ectru
m β
-lact
amas
e-pr
oduc
ing
bact
eria
NCC
LS N
atio
nal C
omm
ittee
for C
linic
al L
abor
ator
y St
anda
rds
NS
not
spec
ified
a M
ultip
le sp
ecie
s inc
lude
d Kl
ebsie
lla p
neum
onia
Esc
heric
hia
coli
Pseu
dom
onas
spp
Acin
etob
acte
r spp
Ent
erob
acte
r spp
and
Citr
obac
ter s
pp
b Stu
dies
with
dat
a on
ly o
n iso
late
s th
e re
mai
ning
stud
ies i
nclu
ded
data
on
patie
nts a
nd is
olat
es
c Neu
trpoe
nia
stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-
Systematic reviewsAntibiotic resistance in Asia Pacific children Yanhong Jessika Hu et al
Bull World Health Organ 201997485ndash500B| doi httpdxdoiorg102471BLT18225698
Auth
orCo
untr
y or a
rea
Stud
y dat
esSt
udy d
esig
nSt
udy
dura
tion
Stud
y set
ting
Diag
nosis
Spec
imen
sit
eSa
mpl
e ag
esNo
of
child
ren
No o
f sam
ples
Prev
alen
ce
of ES
BL
infe
ctio
n
No o
f iso
late
s or
cultu
res
Bact
eria
l spe
cies
ESBL
det
ectio
n m
etho
dGu
idel
ines
use
d
ESBL
-po
sitiv
eES
BL-
nega
tive
Nish
a et
al
2015
45In
dia
Nov
201
2ndashJa
n 20
15Co
hort
3 ye
ars
Com
mun
ityU
rinar
y tra
ct
infe
ctio
nU
rine
le 1
8 ye
ars
385
159
226
4138
5E
coli
Kirb
y-Ba
uer d
isk
diffu
sion
CLSI
dat
e N
S
Agar
wal
et a
l 20
16 46
bIn
dia
2009
ndash201
2Co
hort
4 ye
ars
Hos
pita
lD
iarrh
oea
Stoo
lYo
ung
child
ren
6339
2398
1963
39E
coli
K p
neum
onia
e Vi
tek
2 sy
stem
CLSI
dat
e N
SAm
ornc
haic
haro
ensu
k 2
01647
Thai
land
Jan
2010
ndashDec
20
14Co
hort
5 ye
ars
Hos
pita
lU
rinar
y tra
ct
infe
ctio
nU
rine
0ndash15
yea
rs11
719
6916
117
E co
li K
pne
umon
iae
Hos
pita
l lab
orat
ory
CLSI
dat
e N
S
Shar
ma
et a
l 20
1648
Indi
aJa
n 20
13ndashA
ug
2014
Obs
erva
tiona
l1
year
7
mon
ths
Hos
pita
lSe
psis
Bloo
dN
eona
tes
1449
101
6661
1449
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
NCC
LS d
ate
NS
Tsai
et a
l 20
1649
Taiw
an C
hina
Jan
2001
ndashDec
20
12Ca
sendashc
ontro
l12
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
350
7731
614
542
Mul
tiple
spec
iesa
Dou
ble
disk
syne
rgy
test
CLSI
201
2
Chen
et a
l 20
1750
Taiw
an C
hina
Jan
2004
ndashJul
20
15Cr
oss-
sect
iona
l11
yea
rsH
ospi
tal
Bact
erae
mia
Bloo
dN
eona
tes
275
2219
27E
coli
Not
spec
ifyN
S
He
et a
l 20
1751
Chin
aM
ar 2
011ndash
Jun
2016
Coho
rt4
year
s 3
mon
ths
Hos
pita
lLo
wer
resp
irato
ry
tract
infe
ctio
nSp
utum
1 m
onth
ndash5 y
ears
236
6472
4723
60E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stCL
SI d
ate
NS
Kim
et a
l 20
1752
Repu
blic
of
Kore
aJa
n 20
10ndashJ
un
2015
Coho
rt5
year
s 5
mon
ths
Hos
pita
lBa
cter
aem
iaBl
ood
le 1
7 ye
ars
185
4993
3518
5E
coli
K p
neum
onia
e D
oubl
e di
sk sy
nerg
y te
stN
CCLS
200
1
Man
dal e
t al
2017
53In
dia
Two
cons
ecut
ive
year
Coho
rt2
year
sCo
mm
unity
Dia
rrhoe
aSt
ool
0ndash60
mon
ths
633
7211
938
633
E co
liM
odifi
ed K
irby-
Baue
r disk
diff
usio
nCL
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Nish
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Kita
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mai
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nclu
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data
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olat
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c Neu
trpoe
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stud
yd U
rinar
y tra
ct in
fect
ion
stud
y
(
cont
inue
d)
- Figure 1
- Table 2
- Table 3
- Figure 2
- Figure 3
- Figure 4
- Figure 5
- Table 4
- Table 5
- Table 6
- Figure 6
-