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A bar code medication administration (BCMA) system reduced preventable adverse drug events (ADEs) by 47% in our neonatal intensive care unit (NICU).
In 2006, we investigated the effectiveness of a bar code medication administration (BCMA) system in reducing preventable adverse drug events (ADEs) in a neonatal intensive care unit (NICU) (Morriss et al. In patient safety research studies, multiple study methods and end points are advocated (Brown et al.
The study setting was a 36-bed NICU in the University of Iowa Children's Hospital, a component of the University of Iowa Hospitals and Clinics. We developed a 30-item survey instrument that included 10 items selected from the 34-item Nursing Stress Scale (Gray-Toft and Anderson 1981). We invited the 104 nurses employed in the NICU to respond to the survey, which was presented electronically using WebSurveyor.
Only two weeks or less of use were required for 62% (28 of 45) of the nursing staff to feel comfortable using the system. Almost all respondents stated that the system helped them avoid making a medication error, and most reported that the system helped them avoid an ADE. During the effectiveness study, alerts were generated for 31% of scheduled medication administrations. Most nurses believed that the BCMA system required more time to administer medications and maintain the medication administration record than had the previous paper-based procedure (Figure 2).
All 44 respondents identified the breakdown of a computer as a stressful occurrence in the workplace and one generally more stressful than the fear of making a mistake when treating a patient, uncertainty regarding the operation and functioning of specialized equipment and other situations not associated with new technology. Administration of medications is a complex process that involves critical thinking as well as technical action (Eisenhauer et al. However, there are concerns associated with BCMA system implementation reflected in the survey results. The main strength of this study is that it provides the opinions of nurses about a BCMA system implementation and information about their fidelity to the intervention that augment the previously reported end points of clinical process and patient outcomes. The nurses in the NICU were adaptive to the new technology when they believed it increases patient safety, nursing professionalism and job satisfaction and when they were supported by their peers and supervisors. Can Spine Surgery Be Done as an Outpatient Procedure at a University Health Sciences Centre? The G4 Unity enterprise platform (fourth generation) from Omnicell comprises a versatile range of medication and supply automation systems driven by a single, unified database. Powered by Microsoft Windows® 7 and updated Intel technology, the G4 Unity enterprise platform delivers a substantial performance boost designed to improve user experience and security. Access New Functionality – Vital new features, such as an integrated Medication Label Printer, improve clinician workflow and medication safety. Enhance Security and Maintain HIPAA Protection – Windows 7 receives regular security updates and will be supported by Microsoft for years to come.

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The BCMA system employs tools to help a nurse organize workflow, including a scheduling mechanism for dosing, prompts for upcoming scheduled medication doses, alerts when an aspect of the intended administration of a medication is erroneous and displays of omitted scheduled doses. These items were included to assess occupational psychosocial stress resulting from the breakdown of a computer, fear of making a mistake in treating a patient, feeling inadequately trained for expected tasks and uncertainty regarding the operation and functioning of specialized equipment, compared with other situations. Of those who took four or more weeks to feel comfortable with the system, most (five of seven) were age 40 years or older and had worked in the NICU more than three years.
Of the 46 responding nurses working in the NICU in 2008, 44 estimated that alerts occurred in one quarter of scheduled medication administrations or less. Cronbach's alpha revealed robust internal consistency (a = .88), and factor analysis indicated evidence of a single-factor structure with stress accounting for 80% of the item variance.
The main weaknesses of the survey are the moderate voluntary response rate from the potential participants and the limitation of a single-site study on generalization of the results to other BCMA systems and clinical settings. However, the new technology requires more time, may distract from other care tasks and is not perfectly effective. Morriss Jr., MD, MPH, is professor of pediatrics in the Division of Neonatology at the Roy J. This integrated system equips you with new tools for preventing medication errors, controlling narcotics, and reducing manual tasks that cost time and money. Two years after BCMA system implementation, we studied the perceptions of nurses in our NICU to better understand their opinions about patient safety, use, acceptance and occupational effects of the new technology. The study was a prospective cohort study in which the end points were clinical processes and patient outcomes, most importantly, preventable ADEs. To capture additional end points regarding the BCMA intervention, we conducted a survey of the nursing staff who worked in the NICU prior to and after the BCMA system implementation. Medications are administered by registered nurses or licensed practical nurses who have completed a pediatric-specific medication instructional module and passed pediatric and NICU-specific medication tests.
The survey instrument was made available to respondents for four weeks in June-July 2008, approximately two years after the system's implementation. Moreover, use of the system distracted more than two thirds of the nurses from other patient care tasks at least occasionally.
G3) may experience degraded performance with the more recent software updates and impede your ability to take advantage of the latest enhancements. The implementation of the BCMA system reduced preventable ADEs by 47%, adjusted for the number of doses of medication administered per patient per day.

Our aim was to obtain information on intervening variables regarding the BCMA system, such as nurses' opinions and attitudes about the change in medication administration process, as well as measures of their fidelity to the intervention, such as workarounds. All staff must also complete an annual medication instructional module and pass a computer-based test. This study supports the idea that the extensive pre-implementation preparations conducted in the NICU were successful in that the BCMA resulted in a significant reduction in ADEs and the system gained enthusiastic acceptance by a large percentage of the nursing staff. We asked this question because we had observed an increase in peripheral intravenous line infiltrations and central line complications during the BCMA effectiveness study.
Carver College of Medicine at the University of Iowa, and attending neonatologist at the University of Iowa Children's Hospital, both in Iowa City, Iowa. This is a report of the survey results and how they compare with and augment the results of the BCMA system effectiveness study.
Most nurses who now work in the NICU indicated that they recognize that the system improves patient safety, although it is not completely effective in eliminating medication errors.
The majority believed that the system had prevented a medication error or ADE, although they were aware that medication errors persisted and workarounds occurred.
Most nurses believe that the system improves their professionalism, and about one half said that it contributes to their job satisfaction. The best explanation we could postulate for the increase in such non-targeted, preventable ADEs after the BCMA system was implemented was that nurses were sufficiently distracted by their frequent interaction with the computer, especially to respond to alerts, that intravenous line complications occurred.
Most reported that medication administration required more time with the BCMA system, but they believed that the alerts, which most reported occurred with ≤25% scheduled administrations, were not excessive.
Stress scores indicate that they did not feel a high level of occupational stress using the system, although computer breakdown is an important stressor.
Abramowitz, PharmD, is director of pharmaceutical care at the University of Iowa Hospitals and Clinics and professor of clinical and administrative pharmacy in the College of Pharmacy, University of Iowa. Over half of the nurses felt that the new system improved job satisfaction and increased professionalism. Moreover, distractions are known to contribute to medication errors, and efforts to reduce distractions during the medication administration process have been shown to be effective in reducing medication errors (Pape et al.
Although overall stress levels were moderate, nurses reported greater stress resulting from computer breakdowns than from other situations. These nurses were adaptive to the new technology when they believed it increases patient safety, nursing professionalism and job satisfaction and when they were supported by colleagues.

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