表观遗传学
Epigenetics
课程介绍
英文简介:With the rapid development of life sciences, epigenetics has becoming a frontier research area in the post genome era. This honor course will introduce the basic principles of epigenetics and aim to help students understand how epigenetic mechanisms influence development, environmental responses and diseases. Lecture topics include histone modifications, chromatin remodeling, DNA methylation, and small non-coding RNA and gene silencing. Compared to the classical genetics courses, this course focuses on how those discoveries based on genetic finding are actually made and what’s going on the newest progress in the fields of biochemistry and genetics. We welcome any in-depth discussion in and/or after class. For those of you who are interested in an either academic or industrial career in life sciences, this course will exhibit something what you might really want to know.
授课安排
- 一、组蛋白修饰(第1~4周)
- 表观遗传学概述和经典的表观遗传现象(第1-2节)
- 组蛋白乙酰化的建立、去除和阅读(3-6节)
- 组蛋白甲基化修饰的建立、去除和阅读(7-10节)
- 组蛋白修饰与疾病(11-14节)
- 组蛋白修饰的前沿研究与讨论(15-16节)
- 二、核小体组装与染色质重塑 (第5~8周))
- 染色质结构(17-20节)
- 组蛋白变体(21-23节)
- 组蛋白分子伴侣(24-26节)
- 染色质重塑(27-29节)
- 核小体组装与染色质重塑的前沿研究与讨论(30-32节)
- 三、DNA甲基化修饰 (第9~12周)
- DNA甲基化修饰的发现和种类 (33-34节)
- DNA甲基化与DNA去甲基化(35-38节)
- DNA甲基化的维持与传递(39-42节)
- DNA甲基化修饰的研究方法(43-44节)
- DNA甲基化修饰的前沿研究与讨论(45-48节)
- 四、小非编码RNA与基因沉默(13~16周)
- 小非编码RNA的发现和分类 (49-52节)
- 小非编码RNA代谢途径I (53-55节)
- 小非编码RNA代谢途径II (56-58节)
- 组蛋白修饰与疾病(11-14节)
- 小非编码RNA的功能与前沿讨论 (59-62节)