Chongzhi Zang Lab
Teaching
BIMS 6000: Core Course in Integrative Biosciences
Fall 2024 Lecture: Visualization and interpretation of high-throughput genomics data. [Video] [Slides]
Fall 2023 Lecture: Visualization and interpretation of high-throughput genomics data. [Slides]
BIMS 8701/8702: Introduction to Computational Biology I/II
Lecture 2: Statistics review. [Slides]
Lecture 11: Transcription factors. [Slides]
Lecture 14: Dimensionality reduction. [Slides]
BIMS 8601: Foundations of Computational Genomics
BIOC 8014: Chromatin
Spring 2024 Lecture: Super-enhancers and transcriptional condensates. [Slides]
Spring 2022 Lecture: Super-enhancers and transcriptional condensates. [Slides]
BIOC 8145: Bioinformatics and Functional Analysis of Genomes
Spring 2020: Module: Analysis of ChIP-seq data
Lecture 1: ChIP-seq overview and data analysis strategy. [Video] [Slides]
Lecture 2: ChIP-seq data analysis: QC and peak calling. [Video] [Slides]
Lecture 3: ChIP-seq data interpretation and resources. [Video] [Slides]
BIMS 8075 / BIOC 5705 / PHS 5705: Recent Advances in Public Health Genomics
Spring 2021 Lecture: The epigenome: Transcription factors and histone modifications. [Video] [Slides]
Spring 2020 Lecture: The epigenome: Transcription factors and histone modifications
Spring 2017 Lecture: The Epigenome: Tools
BIOL 4910 / CHEM 3951: Undergraduate Research
Undergraduate students who are doing research training in the lab can register for credits through Chemistry or Biology departments. Please contact Dr. Zang for details.
Guest Lectures
Fall 2021
UVA BME 1501: Introduction to Bioinformatics: My Journey in Bioinformatics
Spring 2021
NYU EHSC-GA-2050: Epigenetics and Environmental Diseases: Analysis of Next-Generation Sequencing Data for Epigenetics
May 2016
NCI Data Analysis Workshop: Analyzing ChIP-seq data with SICER
Last modified: September 5, 2024