NOC:Advances in Omics

Lecture 1 - Introduction to Genomics - 1

Lecture 2 - Introduction to Genomics - 2

Lecture 3 - Advent of NGS

Lecture 4 - Genome Assembly: Few Concepts and Terminology

Lecture 5 - Genome Assembly Approaches

Lecture 6 - Pyrosequencing

Lecture 7 - Reversible Chain Termination Based Sequencing

Lecture 8 - Ph Sequencing

Lecture 9 - Sequencing by Ligation (Solid)

Lecture 10 - Sequencing by Ligation (Complete Genomics)

Lecture 11 - Other Short-Read Sequencing Technologies - Part 1

Lecture 12 - Other Short-Read Sequencing Technologies - Part 2

Lecture 13 - Long-Read Sequencing

Lecture 14 - Single Molecule Long-Read Sequencing

Lecture 15 - The Omics Data Avalanche

Lecture 16 - Evolutionary Biology and Genomics

Lecture 17 - Ancient Genomics

Lecture 18 - Whole-Genome Duplication

Lecture 19 - Tests of Selection

Lecture 20 - Genomics in Experimental Evolution

Lecture 21 - Making Sense of Genomic Sequences

Lecture 22 - Transcriptomics: New Tools Leading to Deeper Insights

Lecture 23 - Single Cell Transcriptomics and Beyond

Lecture 24 - Proteomics: A Brief Introduction

Lecture 25 - Protein Quantification

Lecture 26 - Introduction to Linux for Omics

Lecture 27 - The Linux Command Line Interface

Lecture 28 - Using the CLI-1: NCBI Datasets

Lecture 29 - Using the CLI-2: Short Read Archive Toolkit

Lecture 30 - UCSC and IGV genome browsers

Lecture 31 - Mega Omics Projects

Lecture 32 - Genotype-Tissue Expression (GTEx)

Lecture 33 - Encyclopedia of DNA Element (ENCODE)

Lecture 34 - The Cancer Genome Atlas (TCGA)

Lecture 35 - Eukaryotic Genome Sequencing Consortia

Lecture 36 - The Postomics Era

Lecture 37 - RNA-Seq Differential Expression Analysis

Lecture 38 - Gene Loss and its Consequences

Lecture 39 - Establishing Gene loss: Few Examples

Lecture 40 - Course Summary