MENU

The Biophysical Society's Subgroups hold symposia that allow attendees to meet and interact within focused areas. This year’s subgroup symposia will be held on the first day of the Annual Meeting, Saturday, March 2, 2019. The Saturday Subgroup programs are heavily attended and include exciting scientific symposia, awards presentations, student and postdoc talks, and business meetings, which are open to members of each subgroup. 

To view a subgroup's 2019 symposium program, click on the subgroup's name. 
Subgroup programming details will be posted as they become available. 

For those attending subgroup symposia, registration will be open on Friday and Saturday for badge pick-up prior to the subgroup sessions. Registration for the Annual Meeting is required to attend the subgroup symposia.

 

For more information on subgroups and how to join, click here

Mechanobiology

Subgroup Chair: Ovijit Chaudhuri, Stanford University, USA

Symposium Time:  8:30 AM – 12:30 PM  PST

Symposium Room: Room 301/302 

Business Meeting:  10:30AM - 10:40AM PST

 

8:30 AM Opening Remarks

 

8:40 AM Kostas Konstantopoulos, John Hopkins University, USA
Cancer Cell Mechanosensing and Mechanointelligence

 

9:05 AM Andrew Holle, National University of Singapore, SINGAPORE
The Transcriptomic and Epigenetic Signature of Confined Migration

 

9:30 AM Claudia Loebel, University of Pennsylvania, USA
Lineage-Specific Nascent Matrix Labeling to Probe Cellular Mechanosensing in Lung Remodeling

 

9:55 AM Hadi Nia, Boston University, USA
Crystal Ribcage Platform to Probe the Lung Mechanobiology in Health and Disease

 

10:20 AM Break

 

10:30 AM Business Meeting

 

10:40 AM Early Career Award in Mechanobiology Awardee Talk

 

11:05 AM Student/Postdoc Talk: TBD

 

11:15 AM Xavi Trepat, Institute for Bioengineering of Catalonia, SPAIN
Shape-Programmable Living Surfaces

 

11:40 AM Andela Saric, Institute of Science and Technology Austria (ISTA), AUSTRIA
Mortal Matter that Controls Cell Shape

 

12:05 PM Lucy O'Brien, Stanford University, USA
A Sensor of Cytoplasmic Density Directs Mechano-Osmotic Scaling of Organ Size

 





Previous Article Macromolecular Machines and Assemblies
Next Article Membrane Fusion, Fission, and Traffic
2993