太科幻!中国科学家首次实现了小鼠的“高清全
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Fast Technology reported on July 11 that it was learned from the University of Science and Technology of China that professor Bi Guoqiang and Professor Liu beiming of the school, in conjunction with the artificial intelligence research institute of Hefei Comprehensive National Science Center and the Shenzhen Advanced Technology Research institute of The Chinese Academy of Sciences, have made breakthrough development of the world's fastest small animal whole-body subcellular resolution three-dimensional imaging technology,意识到对小鼠全身神经网络高定义的第一个高清。相关结果于7月10日在国际学术杂志室(北京时间)发表,为评估外围神经调节网络和疾病机制的研究提供了一种新工具。据了解,在活有机体中,到处都是Billun Billun Billun billun billun billun的精确“生活Internet”整个身体的大脑和器官之间的双向通信,调节运动,感觉和内部器官。但是,很难清楚地看到该网络的整体图片 - 神经纤维的直径仅是头发的十分之一,并且在整个身体中都循环且相互关联。长期以来,由于成像速度和分辨率之间的矛盾,“如何同时'Clear'单一神经纤维'看到'清除',并“查看整个神经网络的绝对“一般结构”是神经科学领域中未解决的技术问题。研究团队创新了一组超高的鼠标全身亚体外分辨率的三维成像技术“ blockface-visor”,例如为生物体开发“超级CT扫描仪”。这项技术在短短40个小时内完成了整个成年大鼠的整个成像体,在一个通道中占据了近70tb的原始图像数据(相当于数千个与现有技术相比,高意义的电影)和效率是数十次。传统的轻度显微镜在相等水平的亚细胞中,显然可以获得微米直径的单神经纤维,依赖于间接证据,但真正直接“我们看到” Buon是如何连接神经网络的网络以及“物联网”信号如何铺设的。 "Professor Bi Guoqiang said. This breakthrough technology is expected to answer many unanswered basic questions in the field of neurobiology, developmental biology, anatomy and biomedicine, and applied to biomedical research and pain examination of the mechanism, Structural foundation for developing precision neuroregulatory therapy in the future. organs are evaluated in a visual way, and the drug development process is accelerated.Research results data to achieve global分享资源以促进生物医学的跨辅助[本文结束]来源:Kuai技术编辑:Chaohui
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