GWAS (Genome - wide association studies) - Basics

This video has the basics of GWAS - Concept of what is GWAS ?
13:24 - Height as an example - getting the effect of a SNP
24:39 to 35:52 - Bonferroni Correction
34:20 to 56:10 - Matrix Notation in GWAS
56:20 - Manhattan plot and its interpretation
1:04:04 - Linkage Disequilibrium
1:20:40 - Q-Q plot
1:30:23 - Problems in GWAS and the necessary correction in GWAS

Genome Mapping Videos below :-
   • QTL, Anonymous markers, Candidate gen...   - Genetic Markers Part 1
   • PCR - RFLP, RAPD and Mini-satellite m...   - Genetic markers Part 2
   • Micro-satellite markers, AFLP, and Co...   - Genetic Markers Part 3
   • GWAS (Genome - wide association studi...   - GWAS (Genome - wide association studies) - Basics
   • Genome mapping - Classification   - Genome mapping - Classification
   • Restriction Mapping   - Restriction Mapping
   • Optical mapping   - Optical mapping
   • FISH - Fluorescent in-situ Hydridization   - FISH - Fluorescent in-situ Hydridization
   • STS mapping   - STS mapping
   • Somatic Cell Hybridization   - Somatic Cell Hybridization
   • Radiation Hybrid mapping   - Radiation Hybrid mapping
   • Physical genome mapping techniques - ...   - Physical genome mapping techniques - A Comparison

Next generation Sequencing Videos :-
   • Single end and paired reads  and frag...   - Single end and paired reads and fragmentation : Next generation sequencing - Basics - Part 1
   • Long reads and quality check after fr...   - Long reads and quality check after fragmentation : Next generation sequencing - Basics - Part 2
   • Видео   - Which read length for what? :- Next generation sequencing - Basics - Part 3
   • Quantum of data for RNA sequencing - ...   - Quantum of data for variant calling(SNPs): - Next generation sequencing - Basics - Part 4
   • Quantum of data for RNA sequencing - ...   - Quantum of data for RNA sequencing - Next generation sequencing - Basics - Part 5
   • Countercheck of the Quantum of data -...   - Countercheck of the Quantum data generated - - Next generation sequencing - Basics - Part 6