Group 1 - A miniature two-photon microscope, weighing only 2.2 grams and the size of a thumb, allows researchers to observe the dynamic electrical activity of neurons and synapses in the brains of freely behaving mice over extended periods [1] - The development of this microscope involved collaboration across various disciplines at Peking University, highlighting the importance of interdisciplinary research in advancing brain science and drug development [1] - The forum's theme, "Innovation knows no borders, health shares a future," emphasizes the collective effort in the biomedical field to enhance patient health and safety [1] Group 2 - The "mobile stroke unit" concept in China integrates CT and blood testing equipment into a vehicle, significantly improving the efficiency of stroke treatment by bringing medical services directly to patients [2] - China is leading globally in academic output in the biomedical and biopharmaceutical fields, showcasing its vibrant development potential in cutting-edge technology [2] - The integration of artificial intelligence in medical research is seen as a crucial factor in accelerating medical transformation and achieving global health goals [3] Group 3 - The importance of cross-disciplinary and international collaboration in biomedical research is emphasized, with contributions from both research hospitals and private institutions enriching the research landscape [3] - Establishing a robust data governance framework is essential for creating a precise diagnostic AI system that caters to diverse patient populations and disease patterns [3] - The ongoing efforts of the Chinese People's Political Consultative Conference to promote health initiatives in Beijing reflect a commitment to building a globally competitive health industry ecosystem [3][4]

这是世界上唯一跨越了宏观、介观、微观等十个时间和空间尺度的成像设施 作为《国家重大科技基础设施建设"十三五"规划》中十大优先布局建设项目之一，多模态跨尺度生物医学成像设施是我国科学家在生物医学成像领域首先倡 导建设的大科学设施，也是目前世界上唯一一个跨越了宏观、介观、微观等十个时间和空间尺度的成像设施。该项目总投资为17.17亿元，坐落于北京怀柔 科学城，建设用地100亩，历时十二年，在今年3月正式通过国家验收。 第一财经了解到，近期该设施进入试运行阶段，以开放、流动、择优的机制面向全国开放共享。 陈良怡深度参与"多模态跨尺度生物医学成像设施"的筹备与建设。在多年与政府官员、国内外科研人员、临床医生以及社会公众沟通时，他发现有两个问题 始终备受关注：做疾病基础研究，搞药物研发，现有的实验室仪器装置已经非常丰富，为什么还要将不同模态、不同尺度的成像设备组合在一起？这项大科 学设施，能在多大程度上解决我国高端科研仪器"卡脖子"困局？ "边建设、边应用、边创新、边转化。"在近日接受第一财经专访时，陈良怡如是总结称。 随着这一"国之重器"建成，陈良怡对上述两个"灵魂拷问"有了更笃定的答案。"这个大科学设施不仅可以发起 ...