McLeod Monsey, Ahmed Zamzam, Barber Nick, Franklin Bryony Dean
The Centre for Medication Safety and Service Quality, Pharmacy Department, Imperial College Healthcare NHS Trust and Department of Practice and Policy, UCL School of Pharmacy, London, UK.
BMC Health Serv Res. 2014 Feb 27;14:93. doi: 10.1186/1472-6963-14-93.
Systems and processes for prescribing, supplying and administering inpatient medications can have substantial impact on medication administration errors (MAEs). However, little is known about the medication systems and processes currently used within the English National Health Service (NHS). This presents a challenge for developing NHS-wide interventions to increase medication safety. We therefore conducted a cross-sectional postal census of medication systems and processes in English NHS hospitals to address this knowledge gap.
The chief pharmacist at each of all 165 acute NHS trusts was invited to complete a questionnaire for medical and surgical wards in their main hospital (July 2011). We report here the findings relating to medication systems and processes, based on 18 closed questions plus one open question about local medication safety initiatives. Non-respondents were posted another questionnaire (August 2011), and then emailed (October 2011).
One hundred (61% of NHS trusts) questionnaires were returned. Most hospitals used paper-based prescribing on the majority of medical and surgical inpatient wards (87% of hospitals), patient bedside medication lockers (92%), patients' own drugs (89%) and 'one-stop dispensing' medication labelled with administration instructions for use at discharge as well as during the inpatient stay (85%). Less prevalent were the use of ward pharmacy technicians (62% of hospitals) or pharmacists (58%) to order medications on the majority of wards. Only 65% of hospitals used drug trolleys; 50% used patient-specific inpatient supplies on the majority of wards. Only one hospital had a pharmacy open 24 hours, but all had access to an on-call pharmacist. None reported use of unit-dose dispensing; 7% used an electronic drug cabinet in some ward areas. Overall, 85% of hospitals had a double-checking policy for intravenous medication and 58% for other specified drugs. "Do not disturb" tabards/overalls were routinely used during nurses' drug rounds on at least one ward in 59% of hospitals.
Inter- and intra-hospital variations in medication systems and processes exist, even within the English NHS; future research should focus on investigating their potential effects on nurses' workflow and MAEs, and developing NHS-wide interventions to reduce MAEs.
住院药物的处方开具、供应和管理系统及流程可能对用药错误(MAEs)产生重大影响。然而,对于英国国家医疗服务体系(NHS)目前使用的药物系统和流程却知之甚少。这给制定全NHS范围内的干预措施以提高用药安全性带来了挑战。因此,我们对英国NHS医院的药物系统和流程进行了横断面邮政普查,以填补这一知识空白。
邀请了165家急性NHS信托机构中的每一家的首席药剂师填写一份针对其主要医院内科和外科病房的问卷(2011年7月)。我们在此报告基于18个封闭式问题以及一个关于当地用药安全举措的开放式问题得出的与药物系统和流程相关的调查结果。未回复者收到了另一份问卷(2011年8月),随后又收到了电子邮件(2011年10月)。
共返回了100份问卷(占NHS信托机构的61%)。大多数医院在大多数内科和外科住院病房使用纸质处方开具(87%的医院)、患者床边药品储物柜(92%)、患者自带药品(89%)以及“一站式配药”,即带有出院时以及住院期间使用说明的药品标签(85%)。在大多数病房使用病房药房技术人员(62%的医院)或药剂师(58%)来订购药品的情况则不太普遍。只有65%的医院使用药车;50%的医院在大多数病房使用针对特定患者的住院用品。只有一家医院药房24小时营业,但所有医院都能联系到随叫随到的药剂师。没有医院报告使用单剂量配药;7%的医院在一些病房区域使用电子药柜。总体而言,85%的医院对静脉用药有双重核对政策,58%的医院对其他特定药物有双重核对政策。59%的医院在至少一个病房的护士发药查房期间常规使用“请勿打扰”工作服。
即使在英国NHS内部,医院之间和医院内部在药物系统和流程方面也存在差异;未来的研究应侧重于调查它们对护士工作流程和用药错误的潜在影响,并制定全NHS范围内的干预措施以减少用药错误。