A Brief Overview Of ATAC-seq

Integrate ATAC-seq & RNA-seq: Link Accessibility to Gene Expression in R

ATAC-seq Differential Analysis: Find Changing Peaks with DiffBind in R

ATAC-seq | Bytesized Bioinformatics

ATAC-seq Footprinting: Detect TF Binding Sites with TOBIAS Tutorial

ATAC-seq Analysis: FASTQ to Peaks with Bowtie2, MACS2 & HOMER Tutorial

Let's explore Iranges : a concept of where our ATACseq peaks start and stop.

Biology Crash Course for Bioinformatics Part 6 : Gene Expression, RNA-seq and ATAC-seq

ChIP-seq/ATAC-seq to Master Regulators: Do It Yourself with geneXplain platform

What do our ATACseq Peak Files look like? Let's Load them (Granges) and see ! (John Rinn Teaching)

Cis-Regulatory Analysis — Step-by-Step: Practical Workflow to Theory (Beginner → Advanced)

Types of High Throughput Data in Bioinformatics | Bioinformatics 101

Are ATACseq peaks different between samples? Do our peaks change due to Dox? (John Rinn Teaching)

Where do our ATACseq Peaks Live? Let's learn to map Peaks to Genome Features (John Rinn Teaching)

The Genome in Ranges! Let's get our genes and other features of the Genome (John Rinn Teaching)

Introduction to Motif Discovery and Transcription Factor Binding Site Analysis

Understanding File Formats in Bioinformatics: ChIP-Seq files - BigWig (Wiggle) and BED/bigBed

DEScan2: a good alternative to DiffBind package.

Understanding Long-Read Sequencing: An Introduction to Third-Generation Sequencing Technologies

From Motifs to Pathways and Master-regulators (RNA-Seq + ChIP-Seq) using Genome Enhancer - PART 1

From Motifs to Pathways and Master-regulators (RNA-Seq + ChIP-Seq) using Genome Enhancer - PART 2

Do peaks overlap across samples? Let's find out, using find_overlaps function (John Rinn Teaching)

GRanges: Our genome in Ranges! Introduction to Genomic Ranges (John Rinn Computational Genomics lab)

Essential Genomic File Formats for Beginners: FASTA, FASTQ, SAM/BAM, and VCF Explained

Motif discovery and enrichment in genomic regions (ChIP-Seq) using TRANSFAC

NGS 3 - The Revolution - Data formats, Data Analysis and Applications

Cell type-specific chromatin accessibility analysis in the mouse and human brain | RTCL.TV

Exploring the Genome in GRanges: What is the biggest gene? And much more (John Rinn Teaching)

Metagenomics Taxonomic Classification using Kraken 2 in BioBam's OmicsBox

An introduction to Next-Generation Sequencing: From Sanger to Modern Applications

Dynamic landscape enhancers in human

GWAS Reimagined Latest Methods, Bias Corrections & AI Driven Discovery Made by Headliner

NGS Workflow Explained in Hindi| Next-Generation Sequencing Step by Step #NGS #biotech #genomics