Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells

课程介绍

本课程由北京大学工学院生物医学工程系博士生导师陈匡时带来，介绍了如何制配分子信标以及分子信标相关的探针用来定量mRNA。

课程章节

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（1）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（1）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（2）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（2）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（3）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（3）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（4）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（4）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（5）

Rational Design Of Novel Molecular Imaging probes To Quantify RNA Levels in Single Living cells（5）

讲师介绍

讲师：陈匡时

职称：博士生导师

简介：2013年4月入职北京大学工学院，为生物医学工程系特聘研究员。学术研究成果：工学院生物医学工程系陈匡时（Antony K. Chen）与美国国家科学院、医学院双院院士Jennifer Lippincott-Schwartz 以及HIV病毒学家Eric O. Freed 合作，发现了宿主细胞抵御HIV 病毒感染的新机制。这一新机制有望为治疗艾滋病或其它逆转录病毒引起的疾病提供新的思路。