GWASTutorial
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Pre-GWAS
GWAS
Post-GWAS
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GWASTutorial
GitHub
Home
Home
Tutorial guide
Introduction
Overview
About
Update Log
Command Line
Command Line
Programming for GWAS
Linux
Linux
Linux Basics
Windows Linux Subsystem
SSH
Job scheduler
Text editing - awk
Text editing - sed
Linux Resources
Python
Python
Python Basics
Python Resources
Anaconda
Jupyter notebook
R
R
R Basics
R Resources
Other tools
Other tools
Git and github
Pre-GWAS
Pre-GWAS
1000 Genomes Project
Sample Dataset
Data Formats
Genotype Data QC
Sample PCA
PCA Visualization
Phasing
Imputation
GWAS
GWAS
Association tests by PLINK
Visualization by gwaslab
Linear mixed model (LMM)
Saddlepoint approximation by SAIGE
Whole genome regression by REGENIE
Rare variant association tests
Post-GWAS
Post-GWAS
Post-GWAS Analysis Overview
Annotation by ANNOVAR & VEP
SNP-heritability estimation by GREML
LD score regression by LDSC
Gene/Gene-set tests by MAGMA
Fine-mapping by susieR
Fine-mapping by susieR
Fine-mapping Basics
SuSIE Fine-mapping Tutorial
Meta-analysis
Polygenic Risk Score
Polygenic Risk Score
PRS Basics
PRS evaluation
Mendelian randomization
Mendelian randomization
MR Basics
TwoSampleMR Tutorial
Conditional analysis
Colocalization
TWAS (using FUSION)
Single-cell genomics integration
Topics
Topics
Allele
Linkage Disequilibrium (LD)
Heritability Concepts
Statistical power
Winner's curse
Bias
Relatedness and sample structure
Phenotype normalization
Measure of effect
LiftOver
LiftOver
Coordinate Systems
Liftover
UCSC LiftOver Tool
Assignments
Assignments
Assignment - 1KG PCA
Assignment - Presentation
Recommended reading
GWASTutorial
Command Line
R
76 R resources
R Programming for Data Science :
https://bookdown.org/rdpeng/rprogdatascience/
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