Suhn Kyong Rhie - 3D Epigenomic Maps To Understand Gene Regulation And Disease: Chromatin-Con: 2021

Suhn Kyong Rhie - 3D Epigenomic Maps to Understand Gene Regulation and Disease: Chromatin-Con: 2021

Ana Pombo - Specialization of 3D Genome Topologies in Specific Cell Types: Chromatin-Con: 2021

Sarah Kimmins - Role of the Paternal Sperm Epigenome in Development and Disease: Chromatin-Con: 2021

Chromatin structure, gene regulation, and epigenomic mapping assays

EpiCypher Videos

Liz Ing-Simmons: "Independence of 3D chromatin conformation and gene regulation during Drosophi..."

Fragile Nucleosome

Jop Kind - Profiling Epigenetics and Spatial Genome Organization with scDam&T: Chromatin-Con: 2021

Edda Schulz - Signal Decoding at the Xist Locus: Chromatin-Con: 2021

Chromatin-Con 2023 - Session 2 Epigenetics of Cell Heterogeneity and Loss of Identity - Dr. Bing Ren

BroadE: Charting the Epigenome with ChIP (2013) - Using chromatin maps to understand disease

Broad Institute

Paola Scaffidi - Chromatin Deregulation in Cancer: Mechanisms and Function: Chromatin-Con: 2021

High-Throughput Epigenetics Research Technology - Rwik Sen, PhD and Chris Barnes, Active Motif

Epigenetic Therapy Targets the 3D Epigenome in Endocrine-Resistant Breast Cancer

Chromatin-Con 2023 - Session 1 Epigenetics and Hallmarks of Aging - Dr. Zhixun Dou

The 3D genome organization and long-range control of gene expression

Discover the Power of 3D genomics - From Assembly, Epigenetics, Disease Mechanisms, and Beyond

UWBC Video Streaming

A robust, sensitive method for analyzing genome sequences in 3D

Research Square

SPONDYLOLISTHESIS

Scientist Stories: Silvi Rouskin, Drugging RNA Structure

Jae Young Choi: Unlocking the plant 3D genome architecture with Pore-C sequencing

Oxford Nanopore Technologies