eBook: Chromatin & Gene Expression

Gene expression is regulated by a range of factors, but ultimately begins with chromatin – it’s structure, configuration, activation, and “openness”. All of these factors can be dynamically regulated by epigenetics. In this eBook, we bring to your attention some of the most interesting articles in chromatin biology and gene expression, from practical methods to sample types like cell-free DNA, particularly hot for potential diagnostic applications.

Table of Contents:

Architectural Woes Prompt Age-related Problems Thanks to Genes Lacking CpG Islands
EPIC Technique Infers Gene Expression from Cell-free DNA Fragmentation
EpiDamID Contains a Flood of Histone Modification Findings from Single Cells!
Like a RedChIP to a Bull! – New Technique Explores RNA-Protein-DNA Interactions
NANOG’s Prion-like Behavior Builds Bridges to Pluripotency
Rixosomes Take Out RNA to Keep Silent Polycomb-target Genes Quiet!
The Long and the Short of It – Long DNMT3A1 Isoform BindsBivalent Neurodevelopmental Chromatin
Racing to Identify Novel Imprinted Genes in the Rat
Chem-map: ANew “GPS” to Pinpoint Where Small Molecules Bind Chromatin
Gene Topology or Gene Expression? NSD1 Chooses Both to Protect the Brain
Tissue Regeneration Rejuvenates Chromatin Age-Domains to Wake Cells from Hyper-quiescence
BIND&MODIFY and NOMe-HiC Go the Distance with Single-Molecule,Long-Range Epigenetic Maps