课程大纲
COURSE SYLLABUS
1.
课程代码
/
名称
Course Code/Title
空间基因组学
Spatial Genomics
2.
课程性质
Compulsory/Elective
专业选修/Elective
3.
开课单位
Offering Dept.
生物系/ Department of Biology
4.
课程学分
/
学时
Course Credit/Hours
3/48
5.
授课语言
Teaching Language
中英文 Chinese/English
6.
授课教师
Instructor(s)
郑梅珍/Zheng Meizhen
7.
开课学期
Semester
秋季/Autumn
8.
是否面向本科生开放
Open to undergraduates
or not
/Not
9.
先修要求
Pre-requisites
(如面向本科生开放,请注明区分内容。 If the course is open to
undergraduates, please indicate the difference.)
10.
教学目标
Course Objectives
(如面向本科生开放,请注明区分内容。 If the course is open to undergraduates, please indicate the
difference.)
基因组在空间结构上,并不是在染色体上呈线性地一字依次排开,而是随着 DNA 形成复杂高级结构的同时,具备了三
维组织形式。空间基因组学(三维基因组学是一门研究基因组三维空间结构与功能的新兴学科,主要研究基因组
序列在细胞核内的三维空间构象,及其对 DNA 复制、DNA 重组、基因表达调控等生物过程的生物学效应。本课程的目
标是通过介绍空间(三维基因组学的相关技术及其应用,帮助学生了解基因组细胞核内的组装、空间结构及其
基因调控通过课程学习,学生能够熟练掌握应用空间基因组学技术和手段研究染色质空间构象和基因的远
程调控机制。本课程采用“讲授教学”和“科学案例分析”相结合教学方式,促进学生课程内容理解,锻炼
们的科研思维能力,培养空间基因组领域层次创新人才奠定基础。
The genome is folded into a hierarchical structure but not arranged in a linear sequence on the chromosomes within the
nucleus. Spatial Genomics, i.e., Three-dimensional (3D) genomics is an emerging discipline for studying the three-dimensional
structure of the genome, and its effects on the biological processes such as DNA replication and recombination, and gene
expression regulation. The goal of this course is to help students understand the genome organization in three-dimensional, by
introducing the relevant techniques of Spatial (3D) genomics and their applications. Through the study of this course, students
will be able to master the application of three-dimensional genomics techniques and methods to study the gene long-range
regulation mechanisms of chromatin conformation. This course adopts the teaching method of combining "theory teaching"
and "scientific case analysis" to help students understand the course content, exercise their scientific research thinking ability,
and pave a road for cultivating high-level innovative talents in the field of Spatial (3D) genomics.
11.
教学方法
Teaching Methods
(如面向本科生开放,请注明区分内容。 If the course is open to undergraduates, please indicate the
difference.)
本课程中英文双语进行教学,采用课堂讲授空间三维基因组相关技术基本原理、实验设计、实验流程、及其
科学研究中的应用发现学生分组科学研究案例进行分析讨论全面培养学生空间基因组学的研究内容、研究
方法前沿科学问题方面认识。
Teaching in both Chinese and English. The basic concepts of Spatial (3D) genomics, the experimental
design and workflow, the application and findings are delivered via teaching. Students are organized
into groups for Scientific Reports discussion.
12.
教学内容
Course Contents
(如面向本科生开放,请注明区分内容。 If the course is open to undergraduates, please indicate the
difference.)
Section 1
The history for the development of Spatial (3D) genomics (2hrs)
空间三维基
因组学发展史
Lecture 1. Introduction to the course; and the history of Spatial (3D)
genomics; (2hrs) 课程简介
Syllabus: form of examination, grading policy and course introduction (1hrs)
程和教学大纲
Introduction of the history for the development of Spatial (3D) genomics
(1hrs) 空间三维基因组学发展史介绍
Section 2
The development and application of traditional Spatial (3D) genome
mapping technologies (20hrs)
传统空间三维基因组技术开发应用
Lecture 2. 3Cchromosome conformation capture (2hrs) 染色体构象捕获
The principle for 3C method (1hrs) 3C 基本原理
The application for 3C method (1hrs) 3C 应用
Lecture 3. 4Ccircular chromosome conformation capture(2hrs) 环状染色质
构象捕获
The principle for 4C method (1hrs) 4C 基本原理
The application for 4C method (1hrs) 4C 应用
Lecture 4. 5CCarbon-Copy Chromatin Conformation Capture(2hrs) 碳拷贝
染色质构象捕获
The principle for 5C method (1hrs) 5C 基本原理
The application for 5C method (1hrs) 5C 应用
Lecture 5. Hi-CHigh-throughput chromosome conformation capture(2hrs)
高通量染色体构象捕获技术
The principle for Hi-C method (1hrs) Hi-C 基本原理
The application for Hi-C method (1hrs) Hi-C 应用
Lecture 6. Visualize HI-C data via Juicebox (2hrs) 使用 Juicebox HI-C
据可视化分析
The introduction for Juicebox (1hrs) Juicebox 可视化工具介绍
The practice for Juicebox (1hrs) Juicebox 可视化工具实操
Lecture 7. ChIA-PET chromatin interaction analysis by paired-end tag
sequencing(2hrs) 特异因子介导的染色质远程交互技术
The principle for ChIA-PET method (1hrs) ChIA-PET 基本原理
The application for ChIA-PET method (1hrs) ChIA-PET 应用
Lecture 8. ChIA-PET derived technologies (2hrs) ChIA-PET 衍生技术
The introduction for ChIA-PET derived method (1hrs) ChIA-PET 衍生技术介绍
The application for ChIA-PET derived method (1hrs) ChIA-PET 衍生技术应用
Lecture 9. ChIA-PIPE(2hrs) ChIA-PET 数据分析工具包
The introduction for ChIA-PIPE (1hrs) ChIA-PIPE 数据处理工具包介绍
The application for ChIA-PIPE (1hrs) ChIA-PET 数据处理工具包应用
Lecture 10. Basic Browser(2hrs) ChIA-PET 数据可视化工具
The introduction for Basic Browser (1hrs) Basic Browser 可视化工具包介绍
The practice for Basic Browser (1hrs) Basic Browser 可视化工具包的实践
Lecture 11. 3C-derived technologies (2hrs) 3C 衍生技术
The principle for 3C-derived technologies (1hrs) 3C 衍生技术基本原理
The application for 3C-derived technologies (1hrs) 3C 衍生技术应用
Section 3
RNA-chromatin DNA interactions (10hrs) RNA-
染色质
DNA
交互技术
应用
Lecture 12. The world of RNA(2hrs) RNA 的世界与功能
The different types of RNA (1hrs) RNA 类型
The functions of RNA (1hrs) RNA 功能
Lecture 13. Chart/ChIRP (RNA targets) (2hrs) RNA 结合的染色质靶点
The principle for Chart/ChIRP method (1hrs) Chart/ChIRP 基本原理
The application for Chart/ChIRP method (1hrs) Chart/ChIRP 应用
Lecture 14. CLIP-seq (RNA binding proteins) (2hrs) RNA 结合的目标蛋白
The principle for CLIP-seq method (1hrs) CLIP-seq 基本原理
The application for CLIP-seq method (1hrs) CLIP-seq 应用
Lecture 15. RNA-DNA (2hrs) 全基因组 RNA-染色质交互网络
The principle for RNA-DNA interaction method (1hrs) RNA-DNA 交互技术
基本原理
The application for RNA-DNA interaction method (1hrs) RNA-DNA 交互技术
应用
Lecture 16. RNA-RNA(2hrs) 全基因组 RNA-RNA 交互网络
The principle for RNA-RNA interaction method (1hrs) RNA-RNA 交互技术
基本原理
The application for RNA-RNA interaction method (1hrs) RNA-RNA 交互技术
应用
Section 4
The development and application of new-Gen 3D genome mapping
technologies (14hrs) 新一代三维基因组技术发展应用
Lecture 17. The contribution and limitation of traditional 3D genomics(2hrs)
统三维基因组学贡献和局限
The contribution for traditional 3D genome mapping technologies (1hrs) 传统
基因组学的贡献
The limitation for traditional 3D genome mapping technologies (1hrs) 传统三维
基因组技术局限
Lecture 18. The 4D nucleome project(2hrs) 4DN 四维核计划
The background introduction for the 4D nucleome project (1hrs) 四维核计划
介绍
The organization and achievement for the 4D nucleome project (1hrs) 四维核计
划的组织成就
Lecture 19. 4DN portal(2hrs)四维核计划网站介绍和资源使用
The introduction for 4DN portal (1hrs) 四维核计划网络资源介绍
The practice for the 4DN portal (1hrs) 四维核计划网站实操
Lecture 20. GAM(2hrs)基于显微切割的染色质构象捕获技术
The principle for GAM method (1hrs) GAM 技术基本原理
The application for GAM method (1hrs) GAM 技术应用
Lecture 21. SPRITE(2hrs)基于染色质复合物末端标记的新一代维基因组
技术
The principle for SPRITE method (1hrs) SPRITE 技术基本原理
The application for SPRITE method (1hrs) SPRITE 技术应用
Lecture 22. ChIA-Drop(2hrs)基于微流控系统对染色质复合物进行标记的
新一代三维基因组技术
The principle for ChIA-Drop method (1hrs) ChIA-Drop 技术基本原理
The application for ChIA-Drop method (1hrs) ChIA-Drop 技术应用
Lecture 23. ChIA-DropBox(2hrs)单分子染色质复合物分析和可视化工具包
The introduction for ChIA-DropBox (1hrs) ChIA-DropBox 工具包介绍
The uses for ChIA-DropBox (1hrs) ChIA-DropBox 工具包使用
Section 5
Lecture 24. Write a review about the application and development of Spatial 3D
Genomics 综述空间三维基因组学的应用和发展
13.
课程考核
Course Assessment
1 考核形式 Form of examination
2 .分数构成 grading policy
3 如面向本科生开放,请注明区分内容。
If the course is open to undergraduates, please indicate the difference.)
出勤 Attendance 10%课堂表现 Class Performance 25%; 平时作业 Assignments 25%; 期末综述 Review 40%
14.
教材及其它参考资料
Textbook and Supplementary Readings
教师指定空间基因组相关科研文献最新进展。
The assigned literature and the advances in Spatial (3D) genomics.