School of Informatics and Computing, Indiana University-Purdue University Indianapolis, Indianapolis, IN 46202, USA.
J Am Med Inform Assoc. 2013 May 1;20(3):577-83. doi: 10.1136/amiajnl-2012-001514. Epub 2013 Mar 6.
To summarize the literature describing computer-based interventions aimed at improving bidirectional communication between clinical and public health.
A systematic review of English articles using MEDLINE and Google Scholar. Search terms included public health, epidemiology, electronic health records, decision support, expert systems, and decision-making. Only articles that described the communication of information regarding emerging health threats from public health agencies to clinicians or provider organizations were included. Each article was independently reviewed by two authors.
Ten peer-reviewed articles highlight a nascent but promising area of research and practice related to alerting clinicians about emerging threats. Current literature suggests that additional research and development in bidirectional communication infrastructure should focus on defining a coherent architecture, improving interoperability, establishing clear governance, and creating usable systems that will effectively deliver targeted, specific information to clinicians in support of patient and population decision-making.
Increasingly available clinical information systems make it possible to deliver timely, relevant knowledge to frontline clinicians in support of population health. Future work should focus on developing a flexible, interoperable infrastructure for bidirectional communications capable of integrating public health knowledge into clinical systems and workflows.
总结描述旨在改善临床和公共卫生之间双向交流的计算机干预措施的文献。
使用 MEDLINE 和 Google Scholar 对英文文章进行系统评价。检索词包括公共卫生、流行病学、电子健康记录、决策支持、专家系统和决策。仅包括描述公共卫生机构向临床医生或医疗服务提供者组织传达有关新发卫生威胁信息的文章。由两位作者独立对每篇文章进行审查。
10 篇同行评审文章突出了一个新兴但有前途的研究和实践领域,涉及向临床医生发出新发威胁警报。现有文献表明,双向通信基础设施的进一步研究和开发应侧重于定义一致的架构、提高互操作性、建立明确的治理结构以及创建可使用的系统,以便将有针对性的具体信息有效地提供给临床医生,以支持患者和人群的决策。
越来越多的临床信息系统使向一线临床医生提供及时、相关的知识以支持人群健康成为可能。未来的工作应侧重于开发一个灵活、可互操作的双向通信基础设施,能够将公共卫生知识整合到临床系统和工作流程中。