加快实施临床健康促进

Jeff Kirk Svane
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Materials and methods An operational program for CHP was developed in the Fast-IM format using available resources (paper I). The Fast-IM was further described along with a comprehensive reporting format (paper II). The effect of the program was evaluated in a randomized clinical trial (RCT) at the level of clinical hospital departments (paper III). Staff and managers from the RCT’s intervention group were interviewed about their experiences with and perceptions of the program (paper IV). Results The operational program was developed, although the evidence to build on was sparse (paper I). The Fast-IM and the reporting format were described and might prove useful for speeding up implementation and monitoring of CHP, especially regarding the low frequency of intensive intervention to only 0-35% of patients with SNAP risk and the low rate of follow up for effect for only 0-25% (paper II). 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引用次数: 1

摘要

临床健康促进(CHP)解决日常吸烟、营养不良和超重/肥胖、危险饮酒和身体活动不足(SNAP)的风险在医院是相关的。卫生防护措施提高了临床质量、结果和患者安全,也有助于人口健康。然而,获得临床益处的先决条件是纠正缓慢和缺乏的CHP实施。本论文的目的是1)为CHP制定一个新的运营计划(论文一),2)描述所使用的快速实施模型(Fast-IM)和综合报告格式(论文二),3)评估运营计划的效果(论文三)。材料和方法利用现有资源,以Fast-IM格式开发了一个CHP操作程序(论文I)。论文II进一步描述了Fast-IM以及综合报告格式(论文II)。该程序的效果在临床医院部门层面的随机临床试验(RCT)中进行了评估(论文III)。来自RCT干预组的员工和管理人员接受了采访关于他们对该计划的经验和看法(文件IV)。结果尽管证据不足(文件I),但已制定了操作计划。对Fast-IM和报告格式进行了描述,并可能证明对加快实施和监测卫生防护计划有用。特别是对于只有0-35%的SNAP风险患者的低频率强化干预和只有0-25%的低随访率(论文II)。潜在的健康影响仍然未知,但该计划改善了实施;SNAP风险识别(81%对60%,p< 0.01)、信息和干预(信息/较短干预54%对39%,p< 0.01,强化干预43%对25%,p< 0.01)以及标准依从性(95%对80%,p= 0.02)(论文III)。工作人员和管理人员对该方案持积极态度(论文IV)。结论Fast-IM格式的CHP操作方案可用于医院快速跟踪实施,工作人员和管理人员普遍认为该方案有意义且可接受。个别CHP项目的直接健康影响已从文献中得知,但从操作项目中获得的健康收益,以及Fast-IM在其他领域的潜在影响,仍需在未来的随机研究中证明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fast-track implementation of clinical health promotion
Introduction Clinical health promotion (CHP) addressing the risks of daily smoking, malnutrition and overweight/obesity, hazardous alcohol consumption and insufficient physical activity (SNAP) is relevant in hospitals. CHP improves clinical quality, outcomes, and patient safety and also contributes to population health. A prerequisite to obtaining clinical benefits, however, is remedying the slow and lacking CHP implementation. Aim The aim of this thesis was 1) to develop a new operational program for CHP (paper I), 2) to describe the fast-track implementation model (Fast-IM) used and a comprehensive reporting format (paper II), 3) to evaluate the effect of the operational program (paper III), and 4) to explore how staff and managers experienced the program (paper IV). Materials and methods An operational program for CHP was developed in the Fast-IM format using available resources (paper I). The Fast-IM was further described along with a comprehensive reporting format (paper II). The effect of the program was evaluated in a randomized clinical trial (RCT) at the level of clinical hospital departments (paper III). Staff and managers from the RCT’s intervention group were interviewed about their experiences with and perceptions of the program (paper IV). Results The operational program was developed, although the evidence to build on was sparse (paper I). The Fast-IM and the reporting format were described and might prove useful for speeding up implementation and monitoring of CHP, especially regarding the low frequency of intensive intervention to only 0-35% of patients with SNAP risk and the low rate of follow up for effect for only 0-25% (paper II). Potential health effects remained unknown, but the program improved implementation; SNAP risk identification (81% vs. 60%, p<0·01), information and intervention (54% vs. 39%, p<0·01 for information/shorter intervention and 43% vs. 25%, p<0·01 for intensive intervention), as well as standards compliance (95% vs. 80%, p=0·02) (paper III). Staff and managers were positive towards the program (paper IV). Conclusion The operational program for CHP in the Fast-IM format can be useful for fasttracking implementation in hospitals in a way that is generally considered meaningful and acceptable among staff and managers. The immediate health effects of individual CHP programs are known from the literature, but health gain resulting from the operational program, as well as the Fast-IM’s potential effect in other areas, remains to be demonstrated in future randomized studies.
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