3rd Annual Mechanobiology Symposium_Jan 28, 2021

Описание: The 3rd Annual Mechanobiology Symposium was hosted by the Center for Engineering MechanoBiology on January 28, 2021. Video re-uploaded on 8/24/23.

Speakers (time stamps):
(00:00:00) Vivek Shenoy, Introduction

(00:07:15) Sara Wickström, Helsinki Institute of Life Science
“Nuclear mechanotransduction: Regulation of cell fate and integrity”

(00:38:53) Xingyu Chen, University of Pennsylvania
“Far-from equilibrium phase separation of chromatin and formation of amin-associated domains due to acetylation and methylation”

(00:54:30) Jingxuan Gao, Washington University in St. Louis
"Investigating Overload in Triggering Hypertrophic Cardiomyopathy Pathogenesis using iPSC Cardiomyocytes “

(01:08:15) Laurent Pieuchot, Université de Haute Alsace
“Curvotaxis in migrating cells and growing epithelia”

(01:41:07) Jochem Bronkhorst, Wageningen University
“Breaking and entering; the biomechanics of host invasion by microbial pathogens”

(01:56:07) Olivier Hamant, École Normale Supérieure de Lyon
“Intracellular mechanotransduction in plant cells”

(02:24:18) Mai Wang, University of Pennsylvania
"Confinement during mitosis leads to Topoisomerase-dependent genetic changes"

(02:39:01) Alessandra Cambi, Radboud University Medical Center
“Mech(n)anobiology of antigen-presenting cells”

(03:10:57) Stefan Hinz, City of Hope
"Machine learning predicts states of aging and disease based on emergent single-cell mechanical phenotypes"

(03:25:41) Ning Wang, University of Illinois at Urbana-Champaign
“The central role of cytoskeletal prestress in nuclear mechanotransduction and mechanomedicine”

(03:57:15) Jenny Codjoe, Washington University in St. Louis
"Genetic and proteomic screens reveal a connection between mechanosensitive ion channel MSL10 and ER-plasma membrane contact sites"

(04:11:35) Anja Geitmann, McGill University
“Force, form and function - Morphogenesis and mechanics of the plant leaf epidermis”

(04:45:15) Boris Hinz, University of Toronto
“Fibroblasts form a forceful and memorable connection with the matrix”

(05:21:21) Megan King, Yale University
“A biophysical view of the genome from coding and non-coding perspectives”