欢迎您报名参加武汉沃亿生物有限公司联合清华大学-IDG/麦戈文脑科学研究院举办的“fMOST三维高分辨成像技术的原理与应用”课程。

 

 

课程简介

fMOST三维高分辨成像技术的原理与应用

 

fMOST技术原理及特点

其核心原理是基于荧光显微光学切片断层成像技术，可对数厘米大小的样本进行亚微米级别的三维高分辨荧光成像

 

基于fMOST技术三维高分辨成像的基本流程

样本标记 、包埋、成像、预处理、三维重构、数据分析

 

fMOST技术在神经科学领域中的典型应用

小鼠前额叶195个神经元的全脑投射

 

全脑范围、完整单神经元的突触相关亚细胞精细结构

 

神经元/血管共同成像

 

血管/胶质细胞共同成像

 

基于fMOST技术的各组织器官三维可视化

 

小鼠肝脏内多种类、多尺度脉管结构成像

 

利用fMOST技术对心内膜衍生管道及其形成的成熟动脉进行三维成像

 

基于fMOST系统实现全肺结构（气管树，肺泡网络）的重建及吸入微粒在全肺分布的表征

 

文献参考

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课程安排

fMOST三维高分辨成像技术的原理与应用

 

时间：2022年4月19日（周二）19:30—20:30

课程题目：fMOST三维高分辨成像技术的原理与应用

主讲人：郑廷

课程链接：扫描下方二维码报名，锁定直播间（报名参与有机会获得丰厚礼品哦~）

 

 

主讲人简介

 

郑廷博士 沃亿生物市场总监

 

郑廷博士2013年毕业于华中科技大学，获得工学博士学位后于武汉光电国家研究中心从事博士后研究。加入武汉沃亿生物有限公司后领导技术团队进行MOST与fMOST技术的工程化开发，成功推出BioMapping系列三维高分辨成像系统，并在Nature Communications， Optics Express，Biomedical Optical Express等高水平国际期刊上发表多篇文章。拥有15年的显微成像系统开发经验，在三维图像数据分析及应用方面也具有深刻的理解。现任沃亿生物市场总监。