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EVALUATION OF ANEW CLOSED SYSTEM TRANSFER DEVICE (CSTD) H. Scott RPhT 1 , S. Singh RPhT 1 , F. Charbonneau RPh 1 1 Department of Pharmacy, Odette Cancer Centre, Sunnybrook Health Sciences Centre RESULTS DISCUSSION REFERENCES BACKGROUND Odette Cancer Centre pharmacy had been using a CSTD for selected hazardous drugs (HDs) since 2006 and for all HDs since April, 2014 The FDA designated the Equashield® system with the ONB designation as a CSTD that is proven airtight, leakproof and prevents ingress of microbial contamination in 2014 and it was first marketed in Canada in mid 2014 1 We had recently experienced challenges with our existing CSTD and felt that prior to a competitive bid process we should develop some experience with a new qualified product A recent report compared levels of syringe plunger contamination with cyclophosphamide found with Equashield® syringes and Becton Dickinson® syringes used with PhaSeal® CSTD METHODS We conducted a qualitative evaluation of Equashield® by using the components in our outpatient chemotherapypharmacy unit starting in November, 2014 Equashield® was evaluated on ease of use by technicians, pharmacists and nurses Pharmacy staff training was conducted by the Pharmacy department trainer in 45 minute sessions with 23 personnel per session 14 technicians and 13 pharmacists were trained over 2 days immediately prior to implementation Nurses were trained in 15 minute group sessions by an Equashield® representative all staff using Equashield® completed a questionnaire that asked them to rate Equashield® from an ease of use perspective for specific tasks We documented the occurrence of coring or appearance of particulates in vials of drugs or in prepared solutions Attachment of vial adapter to vial Attachment of syringe to vial adapter Withdrawal of drug from vial, including viscous and cold drug Reconstitution of a drug Injection of drug into infusion bag via bag adapter Syringe to syringe transfers Attachment of connectors to Equashield® injectors Debubbling an infusion bag through a bag adapter Storage of vials with adapters attached Insertion of bag adapter into infusion bag slightly easier Withdrawal of drug from a cyclophosphamide stock bag or IV base bag Insertion of spike into NONDEHP or empty viaflex bag Injection of drug into an elastomeric pump bottle via luer lock connector Insertion of primed CADD administration set into an infusion bag adapter Removal of Equashield® components from sterile packaging Storage of Equashield® components within the BSC Swabbing the critical site membrane of the vial adapter. Rated Easier than Previous CSTD No Difference from Previous CSTD Advantages Vial adapters attached by hand; no special device required No prepriming of vial adapters with air; air exchange occurs within Equashield® syringe unit No blocking or clogging of air exchange passage Larger syringes (35 & 60mL) have 17G drug access needle, making large drug volumes, viscous drugs and cold drugs easier to withdraw Syringe barrel is closed; no risk of contamination or drug spillage due to plunger withdrawal Less wrist strain when drawing up large volume Fewer incidents of coring noted Disadvantages No spinning clutch on female connector Drug filled syringes with large volumes intended for IV push are longer than with previous CSTD 2 versions of bag adapters: one for stock diluents and one for infusion bags of HDs 1. http://www.prnewswire.com/newsreleases/equashieldclosedsystemreceivesfdaclearanceunderonb productcode260765471.html 2. Smith TS and Szlaczky MC, J Oncol Pharma Pract 2014; Syringe Plunger Contamination by Hazardous Drugs: A Comparative Study Training was uncomplicated as all staff were already proficient in using a CSTD Equashield® was favourably evaluated by a majority of staff Access through our GPO is being investigated Equashield® Components & Manipulations Pharmacist & Nurse Evaluations 71% of ratings (3 criteria) deemed Equashield® similar to previous CSTD in terms of packaging and checking process 56% of nurse ratings (8 criteria) deemed similar, 30% easier and 14% more difficult than previous CSTD 1. Syringe unit 2. Vial Adapter 20/2 3. Vial Adapter 20c/2 4. Vial Adapter 13/2 5. Protective Plug (PP1) 6. Spike Adapter 1T (SA1T) 7. Spike Adapter W (SAW) 8. Luer Lock Connector (LL1) 9. Female Connector (FC1) Protective plug attached to syringe unit. Protective Plug used for critical site protection only Withdrawing drug with a non Equashield syringe and a4achable female connector Inser:ng Spike Adaptor 1T SA1T for Hazardous drug bags SAW for diluent only Luer lock connectors allow HD to be added to infusors Inserting protective plug in syringe unit by lining up the red to red connections 5 6 1 2 3 4 7 8 9 NonEquashield syringes with attachable female connectors are used when no air exchange is required. e.g. withdrawing from a cyclophosphamide bag rather than a vial

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EVALUATION  OF  A  NEW  CLOSED  SYSTEM  TRANSFER  DEVICE  (CSTD)  H.  Scott  RPhT1,  S.  Singh  RPhT1,  F.  Charbonneau  RPh1  

1Department  of  Pharmacy,  Odette  Cancer  Centre,  Sunnybrook  Health  Sciences  Centre  R  E  S  U  L  T  S  

D  I  S  C  U  S  S  I  O  N  R  E  F  E  R  E  N  C  E  S  

B  A  C  K  G  R  O  U  N  D  •  Odette  Cancer  Centre  pharmacy  had  been  using  a  CSTD  for  selected  hazardous  drugs  

(HDs)  since  2006  and  for  all  HDs  since  April,  2014  •  The  FDA  designated  the  Equashield®  system  with  the  ONB  designation  as  a  CSTD  that  

is  proven  air-­‐tight,  leak-­‐proof  and  prevents  ingress  of  microbial  contamination  in  2014  and  it  was  first  marketed  in  Canada  in  mid  20141  

•  We  had  recently  experienced  challenges  with  our  existing  CSTD  and  felt  that  prior  to  a  competitive  bid  process  we  should  develop  some  experience  with  a  new  qualified  product  

•  A   recent   report   compared   levels   of   syringe   plunger   contamination   with  cyclophosphamide  found  with  Equashield®  syringes  and  Becton  Dickinson®  syringes  used  with  PhaSeal®  CSTD  

         

     

M  E  T  H  O  D  S  •   We  conducted  a  qualitative  evaluation  of  Equashield®  by  using   the   components   in  

our  outpatient  chemotherapy-­‐pharmacy  unit  starting  in  November,  2014  •   Equashield®  was  evaluated  on  ease  of  use  by  technicians,  pharmacists  and  nurses  •  Pharmacy   staff   training   was   conducted   by   the   Pharmacy   department   trainer   in   45  

minute  sessions  with  2-­‐3  personnel  per  session  •  14   technicians   and   13   pharmacists   were   trained   over   2   days   immediately   prior   to  

implementation  •  Nurses  were  trained  in  15  minute  group  sessions  by  an  Equashield®  representative  •  all   staff   using   Equashield®   completed   a   questionnaire   that   asked   them   to   rate  

Equashield®  from  an  ease  of  use  perspective  for  specific  tasks  •  We   documented   the   occurrence   of   coring   or   appearance   of   particulates   in   vials   of  

drugs  or  in  prepared  solutions    

•  Attachment  of  vial  adapter  to  vial  •  Attachment  of  syringe  to  vial  adapter    •  Withdrawal  of  drug  from  vial,  including  viscous  and  cold  drug  •  Reconstitution  of  a  drug  •  Injection  of  drug  into  infusion  bag  via  bag  adapter  •  Syringe  to  syringe  transfers  •  Attachment  of  connectors  to  Equashield®  injectors  •  De-­‐bubbling  an  infusion  bag  through  a  bag  adapter  •  Storage  of  vials  with  adapters  attached  •  Insertion  of  bag  adapter  into  infusion  bag  slightly  easier  

•  Withdrawal  of  drug  from  a  cyclophosphamide  stock  bag  or  IV  base  bag  

•  Insertion  of  spike  into  NON-­‐DEHP  or  empty  viaflex  bag  •  Injection   of   drug   into   an   elastomeric   pump   bottle   via   luer   lock  

connector  •  Insertion  of  primed  CADD  administration  set   into  an   infusion  bag  

adapter  •  Removal  of  Equashield®  components  from  sterile  packaging  •  Storage  of  Equashield®  components  within  the  BSC  •  Swabbing  the  critical  site  membrane  of  the  vial  adapter.  

Rated  Easier  than  Previous  CSTD  

No  Difference  from  Previous  CSTD  

Advantages  •  Vial  adapters  attached  by  hand;  no  special  device  required  •  No   pre-­‐priming   of   vial   adapters   with   air;   air   exchange   occurs  

within  Equashield®  syringe  unit  •  No  blocking  or  clogging  of  air  exchange  passage  •  Larger  syringes  (35  &  60mL)  have  17G  drug  access  needle,  making  

large   drug   volumes,   viscous   drugs   and   cold   drugs   easier   to  withdraw    

•  Syringe  barrel   is  closed;  no  risk  of  contamination  or  drug  spillage  due  to  plunger  withdrawal  

•  Less  wrist  strain  when  drawing  up  large  volume    •  Fewer  incidents  of  coring  noted  

Disadvantages  •  No  spinning  clutch  on  female  connector  •  Drug   filled   syringes  with   large   volumes   intended   for   IV   push   are  

longer  than  with  previous  CSTD  •  2   versions   of   bag   adapters:   one   for   stock   diluents   and   one   for  

infusion  bags  of  HDs    

1.  http://www.prnewswire.com/news-­‐releases/equashield-­‐closed-­‐system-­‐receives-­‐fda-­‐clearance-­‐under-­‐onb-­‐product-­‐code-­‐260765471.html  

2.  Smith  TS  and  Szlaczky  MC,  J  Oncol  Pharma  Pract  2014;      Syringe  Plunger  Contamination  by  Hazardous  Drugs:  A  Comparative  Study  

•  Training   was   uncomplicated   as   all   staff   were   already   proficient   in  using  a  CSTD  

•  Equashield®  was  favourably  evaluated  by  a  majority  of  staff  •  Access  through  our  GPO  is  being  investigated  

Equashield®  Components  &  Manipulations  

Pharmacist  &  Nurse  Evaluations  •  71%  of  ratings  (3  criteria)  deemed  Equashield®  similar  to  previous  

CSTD  in  terms  of  packaging  and  checking  process  •  56%  of  nurse  ratings  (8  criteria)  deemed  similar,  30%  easier  and  14%  

more  difficult  than  previous  CSTD  

1  

2   3  4  

7  8  

9  

1.  Syringe  unit  2.  Vial  Adapter  20/2  3.  Vial  Adapter  20c/2  4.  Vial  Adapter  13/2  5.  Protective  Plug  (PP-­‐1)  

6.  Spike  Adapter  1T  (SA-­‐1T)  7.  Spike  Adapter  W  (SA-­‐W)  8.  Luer  Lock  Connector  (LL-­‐1)  9.  Female  Connector  (FC-­‐1)    

Protective  plug  attached  to  syringe  unit.  Protective  Plug  used  for  critical  site  protection  only  

Withdrawing  drug  with  a  non  Equashield    syringe  and  a4achable  female  connector  

Inser:ng  Spike  Adaptor  1T  

SA-­‐1T  for  Hazardous  drug  bags  

SA-­‐W  for  diluent  only  

Luer  lock  connectors  allow    HD  to  be  added  to  infusors  

Inserting  protective  plug    in  syringe  unit    by  lining  up  the    red  to  red  connections  

5  

6  1  

2   3  4  

7  8  

9  

Non-­‐Equashield  syringes    with  attachable  female  connectors  are  used  when    no  air  exchange    is  required.      

e.g.  withdrawing  from  a  cyclophosphamide  bag  rather  than  a  vial