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The Physical Encoding of Transcriptional Memories in the Human Genome

Center for Physical Genomics and Engineering via YouTube

Overview

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Explore a detailed scientific lecture on genome organization and transcriptional memory presented by Dr. Luay Almassalha, a physician-scientist at Northwestern Feinberg School of Medicine. Delve into the fascinating world of human genome architecture, focusing on how mass-fractal packing domains differ from TADs and play a crucial role in maintaining cell-type specificity. Learn how transcription guides the formation of these packing domains through geometric specificity of chromatin remodeling enzymes, creating a self-assembling geometric computational system that physically encodes transcriptional memories. Discover the implications of this genomic organization system for human health, particularly in muscle development and aging. Gain insights from Dr. Almassalha's interdisciplinary research at the intersection of mathematics, chromatin biology, and nanoscopic imaging, aimed at understanding gastrointestinal tract diseases and developing new therapeutic approaches.

Syllabus

Luay Almassalha - The Physical Encoding of Transcriptional Memories

Taught by

Center for Physical Genomics and Engineering

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