Recently Taught Courses

SISG - Gene Regulation

  1. Introduction to TWAS
  2. TWAS with Summary xQTL Data and Finemapping
  3. TWAS and Mendelian Randomization
  4. ChiP-seq Analysis Pipeline
  5. Analysis with Functions of Noncoding Variants

BIOS-770 - Advanced Statistical Genetics.

  1. Genotype Imputation, Single Variant GWAS
  2. QC, Population Stratification, LMM
  3. LMM, Finemap, Multivarate GWAS
  4. Rare Variant Test, Pleiotropy, Mendelian Randomization
  5. TWAS

IBS-746 - Graduate Human Genetics.

  1. Genome-wide Association Study
  2. GWAS Approaches for Cohorts of Different Ancestries

IBS-519 - Data Analysis using R.

  1. Linear Regression
  2. ANOVA
  3. Power Analysis
  4. Permutation Test
  5. Introductions to Machine Learning

IBS-538 - Data Science.

  1. Multivariate Analysis with Application to RNAseq Differential Gene Expression Analysis

High Performance and Cloud Computing Cluster

HGCC

RHPC

Emory Amazon Web Service (AWS)

Scientific Writing and Presentations

Scientific Writing

Scientific Presentations

Poster Presentations

Oral Scientific Presentations

Other Resources

Bioinformatics

  1. Bioinformatics workshop documentations by UCDAVIS Bioinformatics Core with the following Covered Topics:
    • Bioinformatics Prerequisites (Command Line and R)
    • Single-Cell RNA-Seq Analysis
    • RNA-seq Analysis
    • Microbial Community Analysis (Amplicon)
    • Variant Analysis (Variant calling with GATK, Variant Annotation)
  2. Analysis of single cell RNA-seq data by Hemberg lab, Welcome Sanger Institute, UK

  3. ENAR 2021 short course on single cell RNA-seq analysis by Hao Wu, Emory University, and Ziyi Li, MD Anderson Cancer Center

Linux

  • Cheat sheets of AWK, C++, Python, R, Screen, UNIX, Vim, Git

R

Coursera Python Courses