海南省生物材料与医疗器械工程研究中心于2019年7月通过海南省发展与改革委员会评审，正式设立。本中心以“学科交叉、临床导向、梯队衔接、持续发展”为建队理念，系统构建了一支结构合理、优势互补的高水平研究团队。团队核心成员涵盖临床医学、生物医学工程、医学技术、化学与生命科学等多领域背景，团队注重引导各学科深度交融，推动学术思想与技术创新。
研究工作主要围绕两个核心方向展开：
1）疾病的快速筛查、精准诊断与早期预警新技术：致力于开发光学探针和分子影像技术，实现疾病的快速、精准诊断和早期预警。
2）创伤快速处理与修复新材料：开发适用于创伤快速处理新技术，并构建用于创伤修复的新型纳米材料，以应对特殊环境下创伤修复的挑战。
中心人才队伍学科背景互补，学科结构配置互补，集设计研发于一体，推进产学研深度结合，促进基础研究向临床转化。
研究热点围绕生物医学工程学的国际前沿和发展方向，以生物医学材料的应用基础及工程化研究为总体攻关目标，重点开展生物医学物材料及临床诊断器械、生物材料表面/界面及表面改性、药物/基因控释载体和系统、功能纳米生物材料与技术等研究。聚焦准精准医学领域发展前沿，推进产学研深度结合，促进基础研究向临床转化，解决相关重大关键科学与技术问题，为形成和发展海南省高技术生物医用材料前沿产业及其持续发展奠定科学基础，力求引导传统医疗产业技术更新和产品换代。
中心根据学校“新医科”创新人才培养方案，探索医工结合学科发展，以医学为基础，以工学为手段，学科之间相互渗透，跨界学科交叉外延，推动医疗水平的发展。以临床医学需求和生物医学工程学需求为导向，精心筹备拟推出的“新医科”医工结合方向“精准医学与转化医学”公共课程群。学科领域融合临床医学、诊断医学、影像医学、电子工程学、化学、材料学和生物化学等学科，在人才培养过程中融入科研思路，致力于提升学院本科和研究生的培养质量，开展教学建设、科研建设和临床建设，为医学技术专业提供良好的科研环境和创新思路。拟开设《转化医学和精准医学概论》、《人工智能诊疗材料》、《生物医学传感技术》、《纳米医学》和《医疗器械与临床检验诊断 》等课程，助力学院“十五五”课程高质量建设。
Engineering Research Center for Hainan Bio-Smart Materials and Bio-Medical Devices was officially established in July 2019 after receiving approval from Hainan Provincial Development and Reform Commission. The center highlights the tropics' unique qualities, concentrates on clinical requirement, and aims to combine basic research with those needs:1) Novel technologies for early accurate molecular diagnosis, rapid detection, and rapid alerts of tropical diseases; 2) Development of bio-nanomaterials for protective wound care and healing. With the application basis and engineering research of biomedical materials as the overall research goal, the research fields involve in the international frontier and development direction of biomedical engineering, emphasizing on biomedical materials & clinical diagnostic devices, biomaterial surface/interface & surface modification, drug/gene controlled release carriers systems, functional nano-biological materials technologies, etc. Laying a scientific foundation for the formation and development of the cutting-edge industry of high-tech biomedical materials in Hainan Province and its sustainable development. Underlining the development frontier of quasi-precision medicine. Promoting the deep integration of industry, education, and research. Centralizing the transformation of basic research into clinical practice.
According to our “New Medicine” innovative talent training program, the team explores the development of the combination of medicine and engineering, actively establishes a new teaching and research section for the combination of medicine and engineering, and prepares for the College of Biomedical Engineering（Centre for Translational Medicine Research and Development ）. The proposed “New Medicine” public course group “Functional Materials and Molecular Imaging” in the direction of integration of medicine and engineering. Committed to improving our scientific research level and the quality of postgraduate training, integrating teaching, scientific research and clinical practice, providing a good scientific research environment and innovative ideas for our new medical-engineering integration.
