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Laboratory for
Transcriptional Regulation
Li Xue Cang

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Course Catalogue

Single-cell Sequencing
01 - Basic Principle 02 - Data Analysis
Machine Learning and Bioinformatics
ChatGPT rag theory numpy library
Lecture
01
High-throughput sequencing
The Transcription process of eukaryotes High-throughput sequencing High-throughput analysis Transcriptome analysis 01 Transcriptome analysis 02 Transcriptome analysis 03 chip-seq 01 chip-seq 02
Linux in Bioinformatics
Linux Ubuntu 01 Ubuntu 02 Subsystem installation and migration Environment variable conda conda 01 conda 02 conda 03 conda 04 conda 05
Fundamentals of Infomation Technology
01 02 03 04 Operating system 01 Operating system 02 Computer networks 01 Computer networks 02 Computer networks 03 Computer networks 04 Advanced language
Literature Review and Writing
Classification Acquisiton Structure Reading
Gene Chip
Gene Chip intro Gene Chip data acquisiton data analysis Probe annotation Enrichment analysis
Molecular Biology
Development Central dogma Notion southern bolt northern blot western blot PCR Immunofluorescece technique Imminohistochemistry
Innovation and Entrepreneurship
Competitions and projects Business plan Business model canvas Start-up financing Financing process Presentation Submission of lectures
R Bioinformatics
R basis ggplot2 Differential gene analysis R enrichment analysis GSEA enrichment analysis R statistical analysis SCI thesis structure KM batch analysis COX regression LASSO refression ROC curve and survivorship curve
Regulation of Gene Transcription
Blast data comparison MOtify transcripyion factor binding recognition
Program Development
Program development

Course Catalogue

Single-cell Sequencing
01 - Basic Principle 02 - Data Analysis
Machine Learning and Bioinformatics
ChatGPT rag theory numpy library
Lecture
01
High-throughput sequencing
The Transcription process of eukaryotes High-throughput sequencing High-throughput analysis Transcriptome analysis 01 Transcriptome analysis 02 Transcriptome analysis 03 chip-seq 01 chip-seq 02
Linux in Bioinformatics
Linux Ubuntu 01 Ubuntu 02 Subsystem installation and migration Environment variable conda conda 01 conda 02 conda 03 conda 04 conda 05
Fundamentals of Infomation Technology
01 02 03 04 Operating system 01 Operating system 02 Computer networks 01 Computer networks 02 Computer networks 03 Computer networks 04 Advanced language
Literature Review and Writing
Classification Acquisiton Structure Reading
Gene Chip
Gene Chip intro Gene Chip data acquisiton data analysis Probe annotation Enrichment analysis
Molecular Biology
Development Central dogma Notion southern bolt northern blot western blot PCR Immunofluorescece technique Imminohistochemistry
Innovation and Entrepreneurship
Competitions and projects Business plan Business model canvas Start-up financing Financing process Presentation Submission of lectures
R Bioinformatics
R basis ggplot2 Differential gene analysis R enrichment analysis GSEA enrichment analysis R statistical analysis SCI thesis structure KM batch analysis COX regression LASSO refression ROC curve and survivorship curve
Regulation of Gene Transcription
Blast data comparison MOtify transcripyion factor binding recognition
Program Development
Program development

Courses Introduction

I. Introduction to single-cell technology. II. Single-cell data download and reading.

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main.py
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Course Materials

Chapter 1: Basic Principles.pdf (2.1MB)
Data Analysis Methods.pptx (5.4MB)
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Laboratory for Transcriptional Regulation I
Li Xue Cang

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📍 School of Medical Informatics,
Harbin Medical University, Daqing Campus,
Daqing 163319, China

PI: Li Xue Cang

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