加强有组织科研是我国医药卫生领域高校在新形势下服务国家健康中国战略、融入国家创新生态体系建设、自觉履行高水平科技自立自强使命担当的必然选择。高校是国家战略科技力量的重要组成部分，本文以高校有组织科研体系化能力建设为重点研究内容，在分析医药卫生领域科技创新现状的基础上，总结了我国医药卫生领域高校开展有组织科研在多学科交叉融合、科技创新平台有组织攻关力量、高质量临床研究、“政产学研用医”链条贯通等方面面临的挑战，并提出了医药卫生领域高校开展有组织科研的重点实施路径。研究指出，重视有组织科研的体系化建设，增强科学技术工程链条融通能力，深化多学科交叉融合，推进学科建设与科研重大科技攻关任务的一体化布局是高校为医药卫生领域科技创新体系提供强大策源能力的建设基础；加强高水平科技创新平台及重大科技基础设施建设，依托大平台和大设施、组建大团队、承担重大任务，是高校有组织科研能力提升的核心依托；重视医药卫生领域高端复合型人才的多轨道培养，加快评价、激励制度改革是有组织科研的重要机制保障。

Strengthening organized scientific research is an inevitable choice for Chinese universities to serve the national strategy, participate in the construction of the national innovation ecosystem, and realize a high level of science and technology self-reliance. Universities are an important component of the strategic scientific and technological strength of a country; therefore, this study focuses on the systematic construction of organized scientific research capacities of universities. The study analyzed the current status of scientific and technological innovation in the field of medicine and health and summarized the challenges faced by Chinese universities in this field regarding organized scientific research from the aspects of interdisciplinary integration, organized research efforts on scientific and technological innovation platforms, high-quality clinical research, and integration of the government – industry – university – research –medical application chain. Subsequently, a key implementation path for organized scientific research in universities in the field of medicine and health was proposed. This study pointed out that emphasizing the systematic construction of organized scientific research, enhancing the integration of scientific and technological engineering chains, deepening interdisciplinary integration, and promoting the integrated layout of disciplinary construction and major scientific and technological research tasks are the foundation for universities to provide support for the scientific and technological innovation system in the field of medicine and health. Furthermore, strengthening the construction of high-level scientific and technological innovation platforms and major scientific and technological infrastructure and forming large teams to undertake major tasks depending on large platforms and facilities are the core measures for improving the organized scientific research capabilities of universities. Emphasizing the multi-track cultivation of high-end composite talents in the field of medicine and health while accelerating the reforms of evaluation and incentive systems are important mechanism guarantee for organized scientific research.