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Gains analysis of Lightweight Collaboration & Workflow ICT in municipal health care

机译:获得市政医疗机构中轻量级协作和工作流ICT的分析

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Purpose: To study the effects of lightweight collaboration technology [1] in municipal health&care services. Focus has been on identifying quantitative and qualitative effects, within each organization unit/department that participated in the pilot, and in collaboration between them. Context: Lightweight Collaboration Technology from Imatis (www.imatis.no) has been piloted in the municipalities L?renskog, B?rum and Oslo from 2014-2016 (support by Regional Research Funds) [2]. The ICT provide overview of indwelling and incoming patient status, planned and performed examinations, patient risk asessments and logistics, and task checklists for assigned personnel; all updated and shared in real-time?on electronic whiteboards, pcs and tablets. Units that have taken part in the pilots include: Acute Day Bed Units [No:KAD] in Oslo (max 3 days stay, 72 beds) and B?rum (max 7 days stay, 21 beds); Short Term Nursing Home in L?renskog (7-14 days stay); Patient Coordinating Units [No: S?knadskontor] in B?rum and L?renskog; B?rum Emergency Room [No: Legevakt]; and Ambulance Entrance Unit in Oslo. Methods: In each participating department, a baseline was established using interviews, focus groups and surveys. Effect evaluations have been conducted at different intervals (typical at 6 and 12 months) using the same methods. Informants have been leaders and employees (nurses, doctors and other care workers) in each unit. An economic analysis was carried out in B?rum. Results and Discussion: Users express that the collaboration technology improves the quality of information and increases the quality and efficiency of their work. Common work tools in these types of units are EPJs, whiteboards, paper lists, simple manual overview lists, post-it notes, message books and reports (Excel/Word). Time-thieves identified in the baseline were manual handling of lists, actively searching EPJ systems for new/changed information, waiting for calls or trying to get in touch with the right person. Information exchange via the collaboration system in-stead of telephone calls are reported as a benefit in terms of less interruptions and better planning of work activities and resources. In L?renskog 87% of employees report that the system saves time, and 75% save between 20 and 40 minutes every day, mainly because information is available on a screen on the wall. Better overview was reported in L?renskog, B?rum and Oslo as a source reducing errors, higher patient safety, and more efficient communication both internally and between organizational units. Economic analysis show that the most prominent time savings in care units are related shift report and pre-visits, where each task is reduced by 25-40 minutes each day due to the introduction of the information screen. In one unit with 21 beds this sums up to appx EUR 77.000 pa. Gains are related to how well the whiteboards match the work processes in each unit. This requires an active approach where each unit takes a critical view on their own work processes followed up by adjusting the screen layouts to support the work flow. A current drawback is the lack of integration with other systems requiring entering the same entries in several, but this drawback is outweighed by the positives. References Bendik Bygstad (2016). Generative innovation: a comparison of lightweight and heavyweight IT, Journal of Information Technology (2016) 1–14 SINTEF (2016) – reports on pilots in L?renskog (A27490) and B?rum (A27433) http://www.sintef.no/projectweb/velferdsteknologi/publikasjoner.
机译:目的:研究轻量级协作技术[1]在市政医疗保健服务中的作用。重点一直放在确定参与试点的每个组织单位/部门内以及它们之间的协作中的定量和定性效果。背景:Imantis的轻型协作技术(www.imatis.no)已于2014-2016年在L?renskog,B?rum和奥斯陆市试行(得到区域研究基金的支持)[2]。 ICT概述了住院和入院病人的状况,计划和进行的检查,病人风险评估和后勤以及分配人员的任务清单;全部更新并实时共享在电子白板,个人电脑和平板电脑上。参加试点的单位包括:奥斯陆的急性坐卧两用床[No:KAD](最多停留3天,有72张床)和Brum(最多7天停留,有21张床); L?renskog的短期疗养院(入住7-14天); B?rum和L?renskog的患者协调单位[编号:S?knadskontor]; B?rum急诊室[编号:Legevakt];和奥斯陆的救护车入口处。方法:在每个参与部门中,使用访谈,焦点小组和调查确定基线。使用相同的方法以不同的时间间隔(通常在6和12个月)进行效果评估。告密者是每个部门的领导者和雇员(护士,医生和其他护理人员)。在布鲁姆进行了经济分析。结果与讨论:用户表示,协作技术可以提高信息质量,并提高工作质量和效率。这些类型的单元中常用的工作工具是EPJ,白板,纸张列表,简单的手动概述列表,便利贴,留言簿和报告(Excel / Word)。基线中确定的时间盗用者是手动处理列表,积极在EPJ系统中搜索新的/更改的信息,等待电话或尝试与合适的人取得联系。据报告,通过协作系统而不是电话进行的信息交换在减少干扰,更好地计划工作活动和资源方面具有好处。在L?renskog,87%的员工报告说该系统节省了时间,而75%的员工每天节省了20到40分钟,这主要是因为墙上的屏幕上提供了信息。据报道,在L?renskog,B?rum和Oslo可以更好地了解情况,以减少错误,提高患者安全性以及内部以及组织单位之间的沟通效率。经济分析表明,护理单元中最显着的时间节省是相关的轮班报告和预先检查,由于引入了信息屏幕,每项任务每天减少了25-40分钟。一个单元有21张床,总计每年约需77.000欧元。收益与白板与每个单元中工作流程的匹配程度有关。这需要一种主动的方法,其中每个单元都对自己的工作流程有严格的了解,随后通过调整屏幕布局来支持工作流程。当前的缺点是缺乏与其他系统的集成,而其他系统则需要在多个系统中输入相同的条目,但是这种缺点被积极因素所抵消。参考文献Bendik Bygstad(2016)。生成式创新:轻量级和重量级IT的比较,信息技术杂志(2016)1-14 SINTEF(2016)–关于L?renskog(A27490)和B?rum(A27433)飞行员的报告http://www.sintef .no / projectweb / velferdsteknologi / publikasjoner。

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