Isaac Rhian, Gerrard Astrid, Bazaz Kevin
Birmingham Children's Hospital NHS Foundation Trust.
Arch Dis Child. 2016 Sep;101(9):e2. doi: 10.1136/archdischild-2016-311535.63.
Following a medication safety initiative proposed by the PICU Safety Strategy group a pilot was set up to extend the presence of a PICU trained pharmacist in the clinical area.One of the main safety initiatives was to assess whether increased pharmacist exposure decreased drug omission of time critical medicines, which was highlighted from incident reporting patterns on PICU.
To assess what impact extending a pharmacist with specific PICU training would have on the medicines management of the PICU patients.
The pilot involved attendance on the afternoon ward round, review of all new admissions and follow up of priority patients as highlighted by the "day" PICU pharmacists. The pilot "late" PICU pharmacist was resident in the hospital, on PICU, for an hour longer than the pharmacy opening hours. A rota ofA basic data collection form was set up on Microsoft Excel. Data collected included start and finish times of the ward round, time leaving PICU, clinical interventions made, queries by staff on PICU and outside of PICU, supplies made, drug omissions prevented, number of times the presence on the unit prevented need to call in the on call pharmacist and interpretation of drug assays reported after pharmacy hours. Follow up of specific medicines management issues highlighted by the "day" pharmacists as requiring action prior to following day pharmacy visit were recorded.
During the 74 days data were collected there was 395 drug related queries by PICU staff (252 by nursing staff, 143 by prescribers). The "late" PICU pharmacist was contacted for advice regarding non-PICU patients by the on call or dispensary pharmacist on 7 occasions and 11 times from clinical staff outside of PICU.The "late" pharmacist intervened on 412 prescriptions, some of the interventions arose from the 260 follow up reviews requested by the "day" pharmacists. Of the 236 drug assays reported after pharmacy hours, 126 required intervention by pharmacist.Omission of time critical medicines was prevented on 17 occasions following 79 supplies of non-stock medicines. Calling out the on-call pharmacist was circumvented 11 times.
The Safety Strategy teams' request for increased access to a "late" PICU pharmacist resulted in a number of clinical interventions, appropriate dosing advice on late-in-day reported drugs assays and prevention of delays in medicines, including time critical drugs. Benefits of the specialist pharmacist being on-site to the pharmacy service included less need to access the on call pharmacist for either advice or supplies of medicines. During a pharmacy 7 day working review these data were used to secure the increased clinical pharmacy service to PICU.
在儿科重症监护病房(PICU)安全策略小组提出一项药物安全倡议后,开展了一项试点,以增加一名经过PICU培训的药剂师在临床区域的工作时间。主要安全倡议之一是评估药剂师增加参与是否会减少对时间紧迫药物的漏用,这是从PICU的事件报告模式中凸显出来的问题。
评估延长一名经过特定PICU培训的药剂师的工作时间对PICU患者药物管理会产生什么影响。
该试点包括参加下午的病房查房、审查所有新入院患者以及跟进“日间”PICU药剂师所强调的重点患者。试点中的“晚班”PICU药剂师在医院PICU的工作时间比药房开放时间长一小时。在Microsoft Excel上设置了一个基本数据收集表。收集的数据包括病房查房的开始和结束时间、离开PICU的时间、进行的临床干预、PICU及PICU以外的工作人员提出的问题、提供的药品、防止的药物漏用、该药剂师在病房的工作避免呼叫值班药剂师的次数以及对药房下班后报告的药物检测结果的解读。记录了“日间”药剂师强调的需要在次日药房来访前采取行动的特定药物管理问题的跟进情况。
在收集数据的74天里,PICU工作人员提出了395个与药物相关的问题(护士提出252个,开处方者提出143个)。值班或药房药剂师就非PICU患者的问题7次联系“晚班”PICU药剂师寻求建议,PICU以外的临床工作人员11次联系。“晚班”药剂师对412张处方进行了干预,其中一些干预源于“日间”药剂师要求的260次跟进审查。在药房下班后报告的236项药物检测中,126项需要药剂师进行干预。在79次提供非库存药品后,17次防止了对时间紧迫药物的漏用。11次避免了呼叫值班药剂师。
安全策略团队要求增加“晚班”PICU药剂师的工作时间,这带来了一些临床干预措施,对下班后报告的药物检测给出了适当的给药建议,并防止了药物延误,包括时间紧迫药物。专科药剂师在现场对药房服务的好处包括减少因寻求建议或获取药品而呼叫值班药剂师的需求。在药房7天工作回顾期间,这些数据被用于确保增加对PICU的临床药学服务。