Uploaded August 2024 | Updated September 2026, 1 hour ago
2024 Genome Architecture and Function Workshop Talks | Day 2, Session 2
Boston, MA | Agenda:
docs.google.com/spreadsheets/d/1672cIqjWFaxlDulGJzl-1GbDCW6hjpOJryuBcGxz9O4/edit?usp=sharing
Chair: William Earnshaw, U of Edinburgh
1. 'Rules of engagement for mitotic chromosome folding machines
Job Dekker, University of Massachusetts
2. 'How PDS5 proteins control cohesin-mediated DNA loop extrusion'
Gordana Wutz, Institute of Molecular Pathology
3. 'Close encounters of the third kind of compartment in holocentric Lepidoptera'
Héloise Muller, Centre national de la recherche scientifique (CNRS)
4. 'Modeling the physical chemistry of interphase loop extrusion'
Geoffrey Fudenberg, University of Southern California
5. 'Emergence of chromatin fountains, a novel feature of 3D genome organization in early embryogenesis of zebrafish'
Aleksandra Galitsyna, MIT
Meeting website on Physics of Living Systems
physicsoflivingsystems.org/events/2024genomearchitecture
2024 Genome Architecture and Function Workshop Talks | Day 2, Session 2
Boston, MA | Agenda:
docs.google.com/spreadsheets/d/1672cIqjWFaxlDulGJzl-1GbDCW6hjpOJryuBcGxz9O4/edit?usp=sharing
Chair: William Earnshaw, U of Edinburgh
1. 'Rules of engagement for mitotic chromosome folding machines
Job Dekker, University of Massachusetts
2. 'How PDS5 proteins control cohesin-mediated DNA loop extrusion'
Gordana Wutz, Institute of Molecular Pathology
3. 'Close encounters of the third kind of compartment in holocentric Lepidoptera'
Héloise Muller, Centre national de la recherche scientifique (CNRS)
4. 'Modeling the physical chemistry of interphase loop extrusion'
Geoffrey Fudenberg, University of Southern California
5. 'Emergence of chromatin fountains, a novel feature of 3D genome organization in early embryogenesis of zebrafish'
Aleksandra Galitsyna, MIT
Meeting website on Physics of Living Systems
physicsoflivingsystems.org/events/2024genomearchitecture
