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The Biophysical Society's Subgroups hold symposia that allow attendees to meet and interact within focused areas.  Subgroup symposia will be held on the first day of the Annual Meeting, Saturday, February 15, 2020. 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 2020 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

Single-Molecule Forces, Manipulation, and Visualization

Subgroup Co-Chairs: Lucy Brennan, University of California, Berkeley, USA and David Rueda, Imperial College, London, UK

Symposium Time:  1:30PM - 5:30 PM PST

Symposium Room:  Room 408A

Business Meeting:  3:30PM - 3:40PM PST

Speakers:

1:32 PM Gjis Wuite, University of Amsterdam, Netherlands
Elucidating the Mechanics and Structure of Whole Mitotic Chromosomes

 

2:00 PM Maria Mills, University of Missouri, USA
Using Magnetic Tweezers to Probe the Relationship Between Topoisomerase Dynamics and Activity

 

2:30 PM Julie Bitteen, University of Michigan, USA
Measuring the Single-Molecule Interactions of Heterochromatin-Associated Proteins in Living Cells

 

3:00 PM Sergi Garcia-Manyes, Francis Crick Institute, UK
The Mechanical Stability of Proteins Regulates their Nuclear Import Rate 

 

3:40 PM Student/Postdoc Talk: TBA

 

4:00 PM Sebastian Deindle, Uppsala Univeristy, Sweden
Massively Multiplexed Single-Molecule Fluorescence Microscopy

 

4:30 PM Lu Wei, Caltech, USA
Probing Intracellular Interactions with Single-Molecule Functional Bond-Selective Microscopy

 

5:00 PM Pallav Kosuri, Salk Institute, USA
Origami Movement Microscopy





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