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.
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) 课
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
The development and application of traditional Spatial (3D) genome
mapping technologies (20hrs)
传统空间三维基因组学技术的开发与应用
Lecture 2. 3C(chromosome 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 的应用
Lecture 3. 4C(circular chromosome conformation capture)(2hrs) 环状染色质
构象捕获
• The principle for 4C method (1hrs) 4C 的基本原理
• The application for 4C method (1hrs) 4C 的应用
Lecture 4. 5C(Carbon-Copy Chromatin Conformation Capture)(2hrs) 碳拷贝
染色质构象捕获
• The principle for 5C method (1hrs) 5C 的基本原理
• The application for 5C method (1hrs) 5C 的应用
Lecture 5. Hi-C(High-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 的基本原理
• The application for Hi-C method (1hrs) Hi-C 的应用
Lecture 6. Visualize HI-C data via Juicebox (2hrs) 使用 Juicebox 对 HI-C 数
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 的基本原理
• The application for ChIA-PET method (1hrs) ChIA-PET 的应用
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