Sheree Schwartz, Nanette Benbow, Russell A Brewer, Laura K Beres, Debbie L Humphries, Latesha E Elopre, Sung-Jae Lee, Maile Y Karris, Joseph G Rosen, Jessica Kassanits, Aadia Rana, Jill Blumenthal, Joyce L Jones, Robin Gaines Lanzi, Uyen Kao, Tequetta Valeriano, Alison Hamilton, Brian Mustanski, Sten H Vermund
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引用次数: 0
摘要
摘要:HIV实施科学网络(Network for Implementation Science in HIV, NISH)旨在开展多站点研究,研究美国基于证据的HIV干预措施在现实世界中的实施情况,并围绕实施策略生成可推广的知识,以支持实现“终结HIV流行”目标。该方案的站点代表了不同的“终结艾滋病毒流行”优先管辖区,包括这些站点内多个单位(例如,多个诊所和社区组织)的参与,并汇集了在实施科学和艾滋病毒服务部门具有多种背景的研究小组。我们讨论并提供了一些例子,说明NISH研究如何能够促进上下文与概括性的辩论,在数量上产生力量,并综合、开发和测试促进有效性和公平性的实施策略。迄今为止,该网络已经开展了观察性研究,探索不同背景下正在进行的实施和决定因素,以及确定和共同设计在未来工作中要利用的战略。网络发展的下一阶段是利用这一基础设施,通过为快速变化的证据和实施环境构建的灵活研究设计来测试实施策略。我们认为,NISH的初步成功保证了未来的投资,以有效地利用发达的基础设施和优化科学,这些科学可以有效地扩大规模,以解决我们最关键的问题,以结束艾滋病毒流行并支持受影响最严重的社区。
Generating Evidence for Effective HIV Implementation at Scale: The Value and Feasibility of a Network for Implementation Science in HIV.
Abstract: The Network for Implementation Science in HIV (NISH) was established to conduct multisite research to study real-world implementation of evidence-based HIV interventions across US contexts, and to generate generalizable knowledge around implementation strategies to support the achievement of Ending the HIV Epidemic goals. NISH sites represent diverse Ending the HIV Epidemic priority jurisdictions and include participation of multiple units within those sites (eg, multiple clinics and community-based organizations) and bring together research teams from multiple backgrounds within implementation science and the HIV service sector. We argue and provide examples of how NISH studies have and can contribute to the context versus generalizability debate, generate power in numbers, and synthesize, develop, and test implementation strategies that advance both effectiveness and equity. To date, the network has conducted observational studies exploring ongoing implementation and determinants across contexts, and the identification and codesign of strategies to be leveraged in future work. The next stage of network evolution is to leverage this infrastructure to test implementation strategies through nimble study designs built for fast-changing evidence and implementation environments. We argue that the initial successes of NISH warrant future investment to efficiently capitalize on developed infrastructure and optimize science that can effectively be scaled up to address our most critical questions to end the HIV epidemic and support communities most affected.
期刊介绍:
JAIDS: Journal of Acquired Immune Deficiency Syndromes seeks to end the HIV epidemic by presenting important new science across all disciplines that advance our understanding of the biology, treatment and prevention of HIV infection worldwide.
JAIDS: Journal of Acquired Immune Deficiency Syndromes is the trusted, interdisciplinary resource for HIV- and AIDS-related information with a strong focus on basic and translational science, clinical science, and epidemiology and prevention. Co-edited by the foremost leaders in clinical virology, molecular biology, and epidemiology, JAIDS publishes vital information on the advances in diagnosis and treatment of HIV infections, as well as the latest research in the development of therapeutics and vaccine approaches. This ground-breaking journal brings together rigorously peer-reviewed articles, reviews of current research, results of clinical trials, and epidemiologic reports from around the world.