Editing the epigenome | AIChE

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Editing the epigenome

Editing the epigenome includes: - ?Dynamic control - Cell programming - Revealing functions of epigenomic modifications - Epigenetic control over cell state transitions

Presentations

12:00 PM
Targeted epigenetic editing for reprograming of complex phenotypes in breast cancer
12:00 PM
Differential Regulation of Endogenous Genes in an Orthogonal Manner By Distinct Chemically Inducible Systems
12:25 PM
Reading of Epigenetic Information and Design of Epigenetic Memory Systems
12:25 PM
Epigenetic Mechanism Mediates the Effects of Electromagnetic Fields on Adult Neurogenesis and Memory
1:15 PM
Locus-Specific Epigenetic Editing in Reward Pathology
1:40 PM
A Slow, Stochastic Epigenetic Switch Controls a Mammalian Developmental Decision
2:05 PM
Long Gene Expression and Non-CG DNA Methylation Identify Functional Neurons in microRNA-Mediated Direct Reprogramming
2:30 PM
microRNA-Induced Epigenetic Remodeling during Neuronal Reprogramming of Human Fibroblasts
2:55 PM
New Bifunctional Molecules Capture Chromatin Regulatory Machines to Control Gene Expression
3:20 PM
Rapid and Reversible Epigenome Editing By Endogenous Chromatin Regulators
3:45 PM
Targeted DNA Methylation in Human Cells Using Engineered dCas9-Methyltransferases
4:10 PM
Dynamic Control of the Dot1L Histone Methyltranferase Reveals Precise Kinetics of H3k79me Is Governed By Nucleosome Turnover