Harnessing peer mentorship as a tool to turn human resource for health brain drain into brain gain: a case study of a Nigerian peer-mentored research group.

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC ACS Applied Electronic Materials Pub Date : 2024-06-27 DOI:10.1186/s12960-024-00932-x
Patience Toyin-Thomas, Oghenebrume Wariri, Paul Ikhurionan
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Abstract

Background: Peer mentorship can be a potential tool to reduce the disparities in health research capacity between high- and low- and middle-income countries. This case study describes the potential of peer mentorship to tackle two critical issues: bridging health research capacity of doctors from low- and middle-income countries (LMICs) and the transformation of human resource for health brain drain into "brain gain".

Case presentation: In 2021, a virtual peer mentorship group was established by 16 alumni of the University of Benin College of Medical Sciences' 2008 graduating class, residing across three continents. This program aimed to facilitate research collaboration and skill development among colleagues with diverse research experience levels, fostering a supportive environment for career development in research. The group relied heavily on digital technology to carry out its activities due to the different geographical locations of the group members. Led by experienced peer leaders, the group fostered a collaborative learning environment where members leveraged each other's expertise. Within 18 months, we published two research papers in high-impact peer-reviewed global health journals, launched a mixed-methods research study, and conducted training sessions on research design and implementation. Findings from our work were presented at conferences and workshops. However, logistical hurdles, competing priorities, structural constraints, and uneven participation presented challenges.

Conclusion: The peer mentorship collaboration has achieved some successes so far, and this model can be emulated by other cohorts of medical professionals across LMICs. Despite the group's success at a micro- or individual level, there remain significant structural barriers to research capacity building in LMICs that can only be addressed at the meso- and macro-levels by institutions and government, respectively. A systems-level approach is required to develop and support research capacity building and foster global research collaboration and effectively turn brain drain into brain gain.

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利用同伴指导作为将卫生人力资源人才外流变为人才回流的工具:尼日利亚同伴指导研究小组的案例研究。
背景:同行指导是缩小高收入国家与中低收入国家之间卫生研究能力差异的潜在工具。本案例研究描述了同行指导在解决两个关键问题方面的潜力:为中低收入国家(LMICs)医生的卫生研究能力搭建桥梁,以及将卫生人力资源的人才外流转变为 "人才回流":2021 年,贝宁大学医学院 2008 届毕业班的 16 名校友成立了一个虚拟同行导师小组,他们居住在三大洲。该计划旨在促进具有不同研究经验水平的同事之间的研究合作和技能发展,为研究领域的职业发展营造有利环境。由于小组成员的地理位置不同,小组主要依靠数字技术开展活动。在经验丰富的同行领导者的带领下,小组营造了一个合作学习的环境,小组成员相互借鉴专业知识。在 18 个月内,我们在影响力较大的同行评审全球健康期刊上发表了两篇研究论文,启动了一项混合方法研究,并举办了有关研究设计和实施的培训课程。我们在各种会议和研讨会上介绍了我们的工作成果。然而,后勤障碍、相互竞争的优先事项、结构性限制和不均衡的参与都带来了挑战:到目前为止,同伴指导合作已取得了一些成功,这一模式可供低收入和中等收入国家的其他医疗专业人员群体效仿。尽管该小组在微观或个人层面上取得了成功,但在低收入和中等收入国家的科研能力建设方面仍然存在重大的结构性障碍,这些障碍只能由机构和政府分别在中观和宏观层面上加以解决。需要采取系统层面的方法来发展和支持研究能力建设,促进全球研究合作,有效地变人才流失为人才回流。
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4.30%
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