Practical research and exploration on the construction of the new model for cultivating young medical research talents
10.3760/cma.j.cn113565-20250220-00037
- VernacularTitle:构建医学青年科研人才培养新模式的实践研究与探讨
- Author:
Zongfang ZHENG
1
;
Lifei TANG
1
;
Jun TIAN
1
;
Qiuyue ZHANG
1
;
Jieru CHEN
1
;
Chunhui ZHAO
1
;
Jiancheng WANG
1
Author Information
1. 北京大学医学部科研处 100191
- Publication Type:Journal Article
- Keywords:
Young talents;
Talent cultivation;
FAAA model;
Interdisciplinary integration;
Scientific and technological innovation;
Research management
- From:
Chinese Journal of Medical Science Research Management
2025;38(4):320-326
- CountryChina
- Language:Chinese
-
Abstract:
Objective:To address the challenges in cultivating young medical researchers, including the lack of initial research funding, insufficient interdisciplinary collaboration, absence of academic exchange platforms, and inadequate talent incentives, this study analyzes the specific practical measures of the new model(Fund-Alliance-Academic activities-Award Model, hereinafter referred to as ″FAAA model″) of A certain medical college in enhancing the innovative capabilities and interdisciplinary research proficiency of young medical talents in initial stage, and evaluates the practical significance of these initiatives.Methods:Through literature review, the inevitability of interdisciplinary integration was examined in the context of China′s developmental needs and medical discipline advancement. Innovative practices under the FAAA model of A certain medical college were retrospectively analyzed, focusing on the construction of a medical youth scientific innovation and development platform.Results:The FAAA model had achieved effective outcomes in improving young researchers′ capabilities, fostering interdisciplinary achievements, expanding academic influence, and advancing talent echelon development, yet required further refinement.Conclusions:The FAAA model effectively addresses critical bottlenecks in the growth of young medical researchers through systematic support mechanisms, significantly enhancing their scientific competitiveness and interdisciplinary innovation capacity. Its practical measures offer referential value for peer institutions. Future efforts should optimize the ″early funding-achievement incubation-national project linkage″ chain, strengthen institutionalized interdisciplinary collaboration, and build a data-driven ecosystem to provide sustainable talent support for medical science and technology innovation.
