Fenton Evelyn, Harvey Janet, Sturt Jackie
Department of Management, The University of Reading Business School, UK.
Health Serv Manage Res. 2007 Aug;20(3):162-73. doi: 10.1258/095148407781395955.
This paper presents a conceptual framework and tool kit, generated from the evaluation of five primary care research networks (PCRNs) funded by the then London, National Health Service (NHS) Executive. We employed qualitative methods designed to match the most important characteristics of PCRNs, conducting five contextualized case studies covering the five networks. A conceptual evaluation framework based on a review of the organization science literature was developed and comprised the broad, but inter-related organizational dimensions of structure, processes, boundaries and network self-evaluation as input factors and strategic emphasis as epitomized by network objectives. These dimensions were comprised of more detailed subdimensions designed to capture the potential of the networks to create ideas and knowledge, or intellectual capital, the key construct upon which our evaluation tool kit was based. We considered the congruence, or fit, between network objectives and input factors: greater congruence implied greater ability to achieve implicit and overt objectives. We conclude that network evaluation must take place, over time, recognizing stage of development and potential for long-term viability, but within a generic framework of inputs and outputs. If there is a good fit or congruence between their input factors and network objectives, networks will be internally coherent and able to operate at optimum effectiveness.
本文介绍了一个概念框架和工具包,该框架和工具包源自对当时由伦敦国民保健服务体系(NHS)行政部门资助的五个初级保健研究网络(PCRNs)的评估。我们采用了旨在匹配PCRNs最重要特征的定性方法,对涵盖这五个网络的五个情境化案例进行了研究。在对组织科学文献进行综述的基础上,开发了一个概念评估框架,该框架包括广泛但相互关联的组织维度,即结构、流程、边界和网络自我评估作为输入因素,以及以网络目标为代表的战略重点。这些维度由更详细的子维度组成,旨在捕捉网络创造思想和知识或智力资本的潜力,而智力资本是我们评估工具包所基于的关键构建要素。我们考虑了网络目标与输入因素之间的一致性或契合度:更高的一致性意味着实现隐性和显性目标的能力更强。我们得出结论,网络评估必须随着时间的推移进行,既要认识到发展阶段和长期生存能力的潜力,又要在输入和输出的通用框架内进行。如果其输入因素与网络目标之间有良好的契合度或一致性,网络将在内部保持连贯,并能够以最佳效率运行。