2019年1月，北京大学医学部医学技术发展与研究中心（虚体）成立“以下简称中心”。依托磁共振成像设备与技术重点实验，承担北京大学医学技术学科建设工作，推动医学技术实体机构建设。中心整合北京大学医学技术相关力量，建设代表北京大学水平的医学技术学科，是目前急需解决的学科建设关键问题，也是进一步优化医学学科体系的重要任务；同时，中心也将开展与北京市属高校单位合作，服务北京“四个中心”建设。中心是医学部承接医学技术以及高精尖学科的科学研究任务，发展新兴交叉学科，优化现有学科体系的重要支撑性学科建设基地。

研究领域及方向：

    1.前沿医学工程与技术研发与转化应用：该方向包括医学技术下属二级学科，包括：医学影像技术学、医学检验学、康复治疗、眼视光、口腔医学技术学科、呼吸诊疗学、医学物理治疗、健康数据科学、医学生物分析技术等学科相关的新技术、新仪器的研制开发。

    2.智能医学成像与分析技术：发展基于互联网和云技术的远程医疗服务体系，将各类医学影像与健康相关结构化资料、检查结果进行存储与传输，构建安全和质量控制体系，与医疗机构的专家决策系统有机结合，建立远程医疗体系。重点开展脑超微结构的新型成像理论、新技术研究与新仪器制造，从而基于脑结构的新发现，建立新型神经网络与新型心理精神分析理论与方法，构建面向未来的新型智能化脑病诊治医疗服务新模式。

    3.医学技术史与医学技术学科建设与发展规划：调研医学技术整体以及下属各二级学科在国内外的发展历史，为医学技术下属各二级学科发展提供学术保障以及策略指导。

从2008年开始，医学部与工学院、信科院、生命科学学院、化学院启动交叉基金，近10年来共支持了约230项校内交叉基金，有效地促进了不同学科之前的交叉融合，共凝练了近300人的医-工、医-信、医-化等的交叉人才队伍。经过多年的孵育和建设，医学技术一级学科博士授权点正式获批，医学部于2017年底成立了北京大学医学技术学位委员会成立，申请人担任分委会主席。通过充分论证，形成了8+1的二级学科布局，已经通过教育部公示以及大学的审批，为中心的发展孵育和聚集了一批研究生导师和学术发展专业队伍。共有人员  11 名，其中科研人员7名、技术人员1名、行政人员3名；正高级别4人、副高级别2人。

中心以北京大学第三医院的磁共振重点实验室为主要发展基地，联合医学技术学科来自10家临床医院的骨干专家及其相关基地和实验室联合共建。中心拥有8个物理应用实验室，约500件实验器械。实习基地包括北京大学多家临床教学医院、医学部应用物理学系、中科院特深先进院、中科院计算机技术研究所、北京大学药学院、北京大学第三医院神经内科、神经外科等实训、科研基地及平台。约超过600件套件的实习或实验用机与器械；设备资产总值约12亿元。各联合单位研究团队拥有多家省部级重点实验室或者研究中心，科研用房充足。学科研究平台包括国内的各大高校，以及共同承担重大专项的企业单位，作为实习和联合教学单位，具备生产大型医疗装备配件的能力。

2019年3月，研究团队“脑细胞外间隙探测技术”取得的成果入选首届“首都科技创新成果展优秀项目”。2019年４月发表在《神经生物学进展》研究的新闻报道“我国学者解密脑细胞外间隙，可提供脑病精准给药新途径”入选“2019年度中国、国际十大医学科研新闻”。

近年来的重要科研成果及贡献：

2019年以第一作者或通讯作者共发表SCI论文3篇，本年度共获得纵向项目5项；成立北京大学医学部医学技术学位分会，召开多个国际学术会议。

 

机构负责人：韩鸿宾

联系人：王戎津

邮箱：wangrongjin@bjmu.edu.cn

地址：北京市海淀区花园北路49号北京大学第三医院科研楼807室

 

 

Medical Technology Development and Research Center, Peking University Health Science Center

Medical Technology Development and Research Center established in January, 2019. Relying on Beijing Key Laboratory of Magnetic Resonance Imaging Devices and Technology, the center undertakes the construction of medical technology disciplines at Peking University, promotes the construction of medical technology entities. The integration and construction of medical technology in Peking University is the key issue for discipline construction that is urgently needed as well as an important task to further optimize the medical discipline system. What’s more, the center will cooperate with universities in Beijing in order to promote the construction of Beijing as a national political center, cultural center, international exchange center, science and technology innovation center. It is an important supportive discipline construction base for Peking University Health Science Center to undertake scientific research tasks in medical technology and advanced disciplines, develop interdisciplinary integration, and optimize existing discipline systems.

Research fields and directions：

Cutting-edge medical engineering, technology research and development, and transformation applications. The center focus on new technologies and development of instruments related to some disciplines. It includes several secondary disciplines of medical technology: medical imaging technology, medical laboratory science, rehabilitative technology, optometry, stomatology technology, respirology diagnosis and treatment, medical physiotherapy, health data science, medical bioanalysis technology.

Intelligent medical imaging and analysis technology. Develop a remote medical treatment system based on the Internet and cloud technology to store and transmit various types of medical imaging and health-related structured data and results, build a safety and quality control system, and establish a remote medical treatment system with integration with expert decision-making system in medical institutions. What’s more, the center focuses on the development of new imaging theory, new technological research and new instrument of brain ultrastructure. Therefore, based on the new findings of brain structure, new neural networks and new psychoanalytic theories and methods are established to build a new intelligent brain disease diagnosis and treatment medical model for the future.

Medical technology history, construction and development plan of medical technology discipline. Investigate the history of medical technology and its secondarydisciplines in order to provide academic support and strategic guidance for the development of several secondarydisciplines of medical technology.   

Peking University Health Science Center has launched cross fund with college of engineering, school of electronics engineering and computer science, school of life science and college of chemistry and molecular engineering since 2008. In the past 10 years, it supported nearly 230 cross funds in university, effectively promoted cross-disciplinary integration of different disciplines, and build a team of nearly 300 people in medical-engineering, medical-computer science, medical-chemistry fields. There are 11 staff members, including 7 scientific researchers, 1 technical staff, 3 administrative staff in the center.

The doctoral degree of medical technology was officially approved. Academic Degrees Committee of Medical Technology has been established at the end of 2017. The “8+1” secondarydisciplines layout has been formed and has been publicized by the Ministry of Education and approved by Peking University. It gathered a group of graduate supervisors and an academic professional team for the development of the center.

Based on Beijing Key Laboratory of Magnetic Resonance Imaging Devices and Technology, the center jointly established with experts from 10 hospitals and related laboratories. The center has 8 physics application laboratories and about 500 experimental instruments. The practice base includes several clinical teaching hospitals of Peking University, department of applied physics of Peking University Health Science Center, Shenzhen Institutes of Advanced Technology of Chinese Academy of Sciences, Institute of Computing Technology Chinese Academy of Science, Peking University School of Pharmaceutical Sciences, Neurology Department of Peking University Third Hospital, Neurosurgery Department of Peking University Third Hospital and other practice bases and research platforms.There are more than 600 practical or experimental machines and equipment; the total asset value of the equipment is about 1.2 billion yuan. The research team from different joint departments has a number of provincial and ministerial key laboratories or research centers. Therefore, there is ample research space. The research platform of discipline includes universities in China, companies and organizations that jointly undertake projects. As a practice and joint teaching department, it has the ability to produce large-scale medical equipment accessories.

In March 2019, the achievement of “method for detecting brain extracellular space ” was selected as excellent project of Beijing Science and Technology Innovation Exhibition. And therelated academic achievement about brain extracellular space and thenew drug delivery method via ECS has been selected as one of the Top Ten news of Medical Science and Technology 2019 which is organized by National Health Commission of China.

Important research achievements and contributions in recent years：

In 2019, the center has published 3 SCI papers as the first author or corresponding author. 5 vertical projects were approved in 2019. Several international academic conferences were held. In June 2018, Peking University Health Science Center approved the establishment of medical technology academic degree branch.

 

Director: Han Hongbin

Contact: Wang Rongjin

Email: wangrongjin@bjmu.edu.cn

Address: Rm807, Scientific Research Building, 49 North Huayuan Rd., Haidian District, Beijing, China, 100191