High-Throughput In Silico Genetic Screen for 3D Genome Organization - Models, Inference and Algorithms
Offered By: Broad Institute via YouTube
Course Description
Overview
Explore cutting-edge research in genome organization through two insightful talks. Discover the power of in silico genetic screening for uncovering 3D genome organization regulators as Bo Xia presents the C.Origami deep neural network, enabling high-throughput computational modeling of chromatin organization in leukemia and T cells. Then, delve into the world of graph representation learning with Ruochi Zhang, who introduces innovative algorithms like Hyper-SAGNN and Higashi for analyzing multiscale 3D genome organization and single-cell Hi-C data. Learn how these advanced methods reveal cell-to-cell variability in chromatin structure and its connection to gene regulation in complex brain tissues, paving the way for next-generation single-cell 3D epigenome studies.
Syllabus
Meeting : High-throughput in silico genetic screen for discovering novel 3D genome organization regulation
Primer : Charting the Landscape of 3D Genome Organization with Graph Representation Learning
Taught by
Broad Institute
Related Courses
Pediatric Grand Rounds (RECORDING) Predicting Patient Outcomes from Single Cells in Childhood CancerStanford University via Independent Julia for Biologists - A Perspective on Speed, Abstraction, and Metaprogramming
The Julia Programming Language via YouTube Inferring Cell-state Dynamics from High-resolution Lineage Tracking of Single Cells
International Centre for Theoretical Sciences via YouTube To Live or Not to Live - Decision Making in Single Cancer Cells - Lecture 1
International Centre for Theoretical Sciences via YouTube Chance and Necessity: Decision Making in Single Cancer Cells - Lecture 2
International Centre for Theoretical Sciences via YouTube