septic shock: antibiotics, activated protein c, steroids, and source control david a. talan, md,...

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Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA David A. Talan, MD, FACEP, FIDSA Professor and Chair Professor and Chair UCLA School of Medicine UCLA School of Medicine Olive View-UCLA Dept. of Emergency Olive View-UCLA Dept. of Emergency Medicine and Division of Medicine and Division of Infectious Diseases Infectious Diseases

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Page 1: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source ControlSeptic Shock: Antibiotics, Activated

Protein C, Steroids, and Source Control

David A. Talan, MD, FACEP, FIDSADavid A. Talan, MD, FACEP, FIDSA

Professor and ChairProfessor and Chair

UCLA School of MedicineUCLA School of Medicine

Olive View-UCLA Dept. of Emergency Medicine Olive View-UCLA Dept. of Emergency Medicine

and Division of Infectious Diseasesand Division of Infectious Diseases

David A. Talan, MD, FACEP, FIDSADavid A. Talan, MD, FACEP, FIDSA

Professor and ChairProfessor and Chair

UCLA School of MedicineUCLA School of Medicine

Olive View-UCLA Dept. of Emergency Medicine Olive View-UCLA Dept. of Emergency Medicine

and Division of Infectious Diseasesand Division of Infectious Diseases

Page 2: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

What's New and Effective in Septic Shock?

What's New and Effective in Septic Shock?

Early Goal-Directed Therapy

Antibiotics & new resistance patterns

Activated Protein C

CorticosteroidsCorticosteroids

IgG

Early Goal-Directed Therapy

Antibiotics & new resistance patterns

Activated Protein C

CorticosteroidsCorticosteroids

IgG 30-50%30-50%

35%35%

15%15%

20%20%

30%30%

50%50%

Page 3: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

AntibioticsAntibiotics

Page 4: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Appropriate Antibiotics and Mortality from Bloodstream Infections

Appropriate Antibiotics and Mortality from Bloodstream Infections

Overall (n=3,413) 20% 34% 2.1*Septic shock (n=353) 74% 83% 2.1*Neutropenia (n= 293) 33% 42% 2.1*Comm.-acq. (n=2,077) 18% 29% 1.9*

Overall (n=3,413) 20% 34% 2.1*Septic shock (n=353) 74% 83% 2.1*Neutropenia (n= 293) 33% 42% 2.1*Comm.-acq. (n=2,077) 18% 29% 1.9*

Leibovici L. Leibovici L. J Intern MedJ Intern Med 1998;244:379.1998;244:379.Leibovici L. Leibovici L. J Intern MedJ Intern Med 1998;244:379.1998;244:379. Inappropriate

(n=1555/27%)

Inappropriate(n=1555/27%)

Appropriate(n=2158/63%)

Appropriate(n=2158/63%)

OR

*p < 0.05“Appropriate” if bacteria susceptible, abx IV < 48 hrs

*p < 0.05“Appropriate” if bacteria susceptible, abx IV < 48 hrs

Page 5: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Adjusted Mortality Odds Ratio

Initial abx < 8 hrs 0.85 (0.75-0.96) p <0.001 (75.5%)

Meehan TP. JAMA 1997;278:2080.

Adjusted Mortality Odds Ratio

Initial abx < 8 hrs 0.85 (0.75-0.96) p <0.001 (75.5%)

Meehan TP. JAMA 1997;278:2080.

Time to Antibiotics & 30-Day Mortality for Community-Acquired Pneumonia

Time to Antibiotics & 30-Day Mortality for Community-Acquired Pneumonia

Page 6: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

E. coli(FQREC)

E. coli(FQREC)

S. aureus(MRSA)

S. aureus(MRSA)

S. pneumoniae (DRSP)S. pneumoniae (DRSP)

Community-Acquired Septic ShockCommunity-Acquired Septic Shock

Spain ‘9617%

(AAC 1999)

Spain ‘9617%

(AAC 1999)

US & others30%

(Talan 2003)

US & others30%

(Talan 2003)

Hong Kong ‘0013%

(JAC 2001)

Hong Kong ‘0013%

(JAC 2001)

Page 7: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobials for Community-Acquired

Septic Shock Unclear Source

Empirical Antimicrobials for Community-Acquired

Septic Shock Unclear Source

E. coli

S. aureus

S. pneumoniae

E. coli

S. aureus

S. pneumoniae

Levo/Ciprofloxacin ( or Gentamicin)Levo/Ciprofloxacin ( or Gentamicin)

VancomycinVancomycin

Siegman-Igra Y. Clin Infect Dis 2002;34:1431.Siegman-Igra Y. Clin Infect Dis 2002;34:1431.

Page 8: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobials forSeptic Shock - Recently

Discharged/Nursing Home

Empirical Antimicrobials forSeptic Shock - Recently

Discharged/Nursing Home

Res. E. coli/Pseudomonas

Enterococcus S. pneumoniae S. aureus

Res. E. coli/Pseudomonas

Enterococcus S. pneumoniae S. aureus

VancomycinVancomycin

Gentamicin & CeftazidimeGentamicin & Ceftazidime

Siegman-Igra Y. Clin Infect Dis 2002;34:1431.Siegman-Igra Y. Clin Infect Dis 2002;34:1431.

Page 9: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobialsfor Urosepsis

Empirical Antimicrobialsfor Urosepsis

E. coli

Enterococcus

S. aureus

Pseudomonas

E. coli

Enterococcus

S. aureus

Pseudomonas

Levo/Ciprofloxacin and/or gentamicinLevo/Ciprofloxacin and/or gentamicin

Pip-tazobactamPip-tazobactam

Nitrite +Nitrite +

Nitrite -Nitrite -

Page 10: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobials for Community-Acquired Pneumonia

Empirical Antimicrobials for Community-Acquired Pneumonia

S. pneumoniae

Legionella/Mycoplasma

S. aureus

S. pneumoniae

Legionella/Mycoplasma

S. aureus

LevofloxacinLevofloxacin

Ceftriaxone (or Vancomycinif MRSA-CA, FQ-RSP)

Ceftriaxone (or Vancomycinif MRSA-CA, FQ-RSP)

ATS. Am J Respir Crit Care Med 2001;163:1730. Bartlett JG. Clin Infect Dis 2000;31:347.ATS. Am J Respir Crit Care Med 2001;163:1730. Bartlett JG. Clin Infect Dis 2000;31:347.

Page 11: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobials for Bacterial Meningitis

Empirical Antimicrobials for Bacterial Meningitis

S. pneumoniae

N. meningitidis

Listeria monocytogenes(immunocompromised, elderly)

S. pneumoniae

N. meningitidis

Listeria monocytogenes(immunocompromised, elderly)

Vancomycin & CeftriaxoneVancomycin & Ceftriaxone

AmpicillinAmpicillin

Siegman-Igra Y. Clin Infect Dis 2002;34:1431.Siegman-Igra Y. Clin Infect Dis 2002;34:1431.

AftersteroidsAfter

steroids

Page 12: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Streptococcal Myositis - Clindamycin

Streptococcal Myositis - Clindamycin

0

10

20

30

40

50

60

70

80

90

100

0 2 4 6 8 10 12 14 16 18Delay in Treatment (hrs)

% S

urv

ival

Clindamycin

Erythromycin

Untreated

Penicillin

Page 13: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Streptococcal Toxic Shock: Clindamycin vs. -lactams

Streptococcal Toxic Shock: Clindamycin vs. -lactams

Deep Superficial

Cell wall inhibitors 1/7 (14 %) 12/25 (48%)

Protein synthesis 10/12 (83%)* 10/12 (83%)* inhibitors (87% clindamycin)

Zimbelman J. Pediatr Infect Dis 1999;18:1096.

Deep Superficial

Cell wall inhibitors 1/7 (14 %) 12/25 (48%)

Protein synthesis 10/12 (83%)* 10/12 (83%)* inhibitors (87% clindamycin)

Zimbelman J. Pediatr Infect Dis 1999;18:1096.

Proportion with Favorable OutcomesProportion with Favorable OutcomesRetrospectiveNo progression after 24 hrs of Abx

RetrospectiveNo progression after 24 hrs of Abx

Page 14: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Empirical Antimicrobialsfor Severe Skin/Soft Tissue

Infection/Necrotizing Fasciitis

Empirical Antimicrobialsfor Severe Skin/Soft Tissue

Infection/Necrotizing Fasciitis

Group A strep

Clostridium/anaerobes

S. aureus

E. coli

Group A strep

Clostridium/anaerobes

S. aureus

E. coli

Clindamycin & Pip-tazobactamClindamycin & Pip-tazobactam

GentamicinGentamicin

Check rapidstrep test

Check rapidstrep test

Page 15: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine
Page 16: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Bernard GR. N Engl J Med 2001;344:699.Bernard GR. N Engl J Med 2001;344:699.

Page 17: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

The Role of Protein C in SepsisThe Role of Protein C in Sepsis

Inflammatory mediators (TNF, IL-1 & 6) promote thrombin release & coagulation

Protein C promotes fibrinolysis & inhibits thrombosis (decreases factor generated

thrombin production) & decreases cytokine production

Cytokines in sepsis downregulate thrombin-thrombomodulin activation of protein C

Activated protein C levels in sepsis are low and predict mortality

Inflammatory mediators (TNF, IL-1 & 6) promote thrombin release & coagulation

Protein C promotes fibrinolysis & inhibits thrombosis (decreases factor generated

thrombin production) & decreases cytokine production

Cytokines in sepsis downregulate thrombin-thrombomodulin activation of protein C

Activated protein C levels in sepsis are low and predict mortality

Page 18: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

PROWESS Study of Protein C in SepsisPROWESS Study of Protein C in Sepsis

Randomized, double-blinded, placebo-controlled

Adults (61 + 17 yrs) with severe sepsis =

presumed or known infection,

3 of 4 (36 <T > 38, P > 90, RR > 20, 4,000 < WBC > 12,000) and,

sepsis-induced organ dysfunction < 24 hours 1,690 patients Exclusion: plts < 30,000, surgery < 12 hrs, head trauma/CVA

< 3 mos, GI bleeding < 6 wks, bleeding/clotting disorder, organ transplant, end-stage renal/hepatic disease

Randomized, double-blinded, placebo-controlled

Adults (61 + 17 yrs) with severe sepsis =

presumed or known infection,

3 of 4 (36 <T > 38, P > 90, RR > 20, 4,000 < WBC > 12,000) and,

sepsis-induced organ dysfunction < 24 hours 1,690 patients Exclusion: plts < 30,000, surgery < 12 hrs, head trauma/CVA

< 3 mos, GI bleeding < 6 wks, bleeding/clotting disorder, organ transplant, end-stage renal/hepatic disease

Page 19: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Activated Protein C (Drotregcogin alfa, Xigris) vs. Placebo for Severe SepsisActivated Protein C (Drotregcogin alfa, Xigris) vs. Placebo for Severe Sepsis

28 day all cause 24.7% 30.8% mortality

Relative risk reduction 19.4 % (6.6% - 30.5%)

Serious bleeding (#fatal) 3.5% (2) 2.0% (1) [p=.06]Intracranial 0.2% 0.1%

28 day all cause 24.7% 30.8% mortality

Relative risk reduction 19.4 % (6.6% - 30.5%)

Serious bleeding (#fatal) 3.5% (2) 2.0% (1) [p=.06]Intracranial 0.2% 0.1%

Activated Protein C24ug/kg/hr X 96 hours

Activated Protein C24ug/kg/hr X 96 hours PlaceboPlacebo

Bernard GR, Seigel JP. N Engl J Med 2001;344:699.Bernard GR, Seigel JP. N Engl J Med 2001;344:699.

19% decreased mortality

19% decreased mortality

~1/2 serious bleedingduring invasive procedure;

hold 2 hrs before/12 hrs after

~1/2 serious bleedingduring invasive procedure;

hold 2 hrs before/12 hrs after

Page 20: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Activated Protein C for Severe Sepsis:FDA Approved Indication

Activated Protein C for Severe Sepsis:FDA Approved Indication

Suspected or documented infection

Sepsis criteria

Sepsis-induced organ dysfunction (i.e., shock, ARDS, ARF, DIC, acidosis)

APACHE II >25 (31% vs. 44% 28-day mortality)(T, MAP, RR, PaO2, Na, K, Cr, Hct, WBC, GCS plus age and chronic health points)

Suspected or documented infection

Sepsis criteria

Sepsis-induced organ dysfunction (i.e., shock, ARDS, ARF, DIC, acidosis)

APACHE II >25 (31% vs. 44% 28-day mortality)(T, MAP, RR, PaO2, Na, K, Cr, Hct, WBC, GCS plus age and chronic health points)

Page 21: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Activated Protein C (Drotregcogin alfa, Xigris) - Long-Term Survival

Activated Protein C (Drotregcogin alfa, Xigris) - Long-Term Survival

Median survival 1113 846 (days)

Persons > 60 years 252 130

APACHE II > 25 450 71

Median survival 1113 846 (days)

Persons > 60 years 252 130

APACHE II > 25 450 71

Activated Protein CActivated Protein C PlaceboPlacebo

Angus DC. Chest 2002;122(suppl4):51S.Angus DC. Chest 2002;122(suppl4):51S.

Follow-up 90%, median 43 mo.s Follow-up 90%, median 43 mo.s

Page 22: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

SteroidsSteroids

Page 23: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Dexamethasone for Bacterial Meningitis in Adults

Dexamethasone for Bacterial Meningitis in Adults

Mortality (%) all pts 7 15(53%,p=0.04)

S. pneumoniae (%) 14 34(58%p=.002)

Glascow Outcome Score all pts 15 25 (p=0.03)

0-5, 0-4* unfavorable - %)S. pneumoniae, n=108 (%) 26 52 (p=.006)

*4= unable to return to work/school

Mortality (%) all pts 7 15(53%,p=0.04)

S. pneumoniae (%) 14 34(58%p=.002)

Glascow Outcome Score all pts 15 25 (p=0.03)

0-5, 0-4* unfavorable - %)S. pneumoniae, n=108 (%) 26 52 (p=.006)

*4= unable to return to work/school

DMS 10 mg Q 6 hoursX 4 days(n=157)

DMS 10 mg Q 6 hoursX 4 days(n=157)

Placebo(n=144)

Placebo(n=144)

De Gans J. NEJM 2002;347:1549.De Gans J. NEJM 2002;347:1549.

Adults 45 + 20 yrsRandomized, double-blind

DMS before/during Abx

Adults 45 + 20 yrsRandomized, double-blind

DMS before/during Abx

53-58% decreased mortality

53-58% decreased mortality

Page 24: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Low-Dose MaintenanceCorticosteroids in Septic Shock

Low-Dose MaintenanceCorticosteroids in Septic Shock

28-day mortality

Non-responders (n,%) 60/114 (53) 73/115 (63) (16%, p=.02)

Responders (n,%) 22/36 (61) 18/34 (53)

All patients (n,%) 82/150 (55) 91/149 (61)

28-day mortality

Non-responders (n,%) 60/114 (53) 73/115 (63) (16%, p=.02)

Responders (n,%) 22/36 (61) 18/34 (53)

All patients (n,%) 82/150 (55) 91/149 (61)

Hydrocortisone 50 mgQ6hours/Flucortisone

50 g Q24 hours

Hydrocortisone 50 mgQ6hours/Flucortisone

50 g Q24 hoursPlaceboPlacebo

Annane D. JAMA 2002;288:862.Annane D. JAMA 2002;288:862.

Adults mean age 60 yrswith septic shock -

unresp. to fluid, on vent.Corticotropin test

Adults mean age 60 yrswith septic shock -

unresp. to fluid, on vent.Corticotropin test

16% decreased mortality

16% decreased mortality

Page 25: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Pain!!!Pain!!!

Page 26: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Flesh-Eating Bacteria Flesh-Eating Bacteria

Page 27: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine
Page 28: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine
Page 29: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

AntibodiesAntibodies

Page 30: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Streptococcal Toxic Shock: IVIGStreptococcal Toxic Shock: IVIG

30 day survival (%) 67 34 (50%, p=.02)

30 day survival (%) 67 34 (50%, p=.02)

IVIG (2g/kg)n=21

IVIG (2g/kg)n=21

No IVIGn=32

No IVIGn=32

Kaul R. Clin Infect Dis 1999;28:800. The Cochrane Library, Issue 3, 2002.Kaul R. Clin Infect Dis 1999;28:800. The Cochrane Library, Issue 3, 2002.

Cochrane Review: Polyclonal IVIGReduces overall mortality by 1/3rd and

sepsis-related mortality by 2/3rds

Cochrane Review: Polyclonal IVIGReduces overall mortality by 1/3rd and

sepsis-related mortality by 2/3rds

50% decreased mortality

50% decreased mortality

Page 31: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Source ControlSource Control

Page 32: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Abdominal CT ScanAppendicitis & Diverticular Abscess

Abdominal CT ScanAppendicitis & Diverticular Abscess

Page 33: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Ultrasound - HydronephrosisUltrasound - Hydronephrosis

Page 34: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine
Page 35: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine
Page 36: Septic Shock: Antibiotics, Activated Protein C, Steroids, and Source Control David A. Talan, MD, FACEP, FIDSA Professor and Chair UCLA School of Medicine

Take Home PointsTake Home Points

Use the right antibiotics, and soon

Consider activated protein C and IVIG if no response to EGDT Steroids - septic shock - low-dose

meningitis - high-dose Simultaneous imaging and source control

Use the right antibiotics, and soon

Consider activated protein C and IVIG if no response to EGDT Steroids - septic shock - low-dose

meningitis - high-dose Simultaneous imaging and source control