Bio07 Home

 

Previous BIO Workshops:

Electrostatic Interactions
and Biophysics
2004

Coulomb Effects
2001

Molecular Biophysics:
At the Interface Between
Physics and Biology
1997

 

 

"Physics Inspired by Biology"
May 4-6, 2007
Minneapolis, Minnesota, USA


Friday, May 4
     
8:15
REGISTRATION  
9:00
Boris Shklovskii
University of Minnesota
Welcome and Opening Remarks

9:05

David Nelson
Harvard University
Neutral Mutations and Gene Surfing in Microorganisms
9:40
Amit Meller
Boston University
DNA translocation, unzipping and detection of DNA-protein interactions using solid state nanopores
10:15
COFFEE BREAK  
11:00
Eugene Shakhnovich
Harvard University
How protein physics shapes biological evolution.
11:35
Serge Lemay
Kavli Institute of Nanoscience
Charge inversion accompanies DNA condensation by multivalent ions
12:10
LUNCH  
2:00
William Gelbart
UCLA
What determines the size of a virus?
2:35
Jean-Francois Joanny
Institut Curie
Active gels: towards a physical description of the cytoskeleton
3:10
BREAK  
3:40
Herbert Levine
UCSD
Gene silencing by small RNA molecules: Do we really need yet more regulatory complexity?
4:15
Poster Session  

Saturday, May 5
     
9:00
Daniel Fisher
Harvard University
Simple Models of a Simple Circadian Clock
9:35
Michael Rubinstein
University of North Carolina
Physical Model of the Airway Surface Layer of a Lung
10:10
COFFEE BREAK, Posters  
11:00
Robert Austin
Princeton University
Demonic Bacteria
11:35
Boris Shklovskii
University of Minnesota
A toy Coulomb model of virus self-assembly. Energy optimization and kinetics.
12:10
LUNCH  
2:00
Rob Phillips
Caltech
How Viruses Make New Viruses
2:35
Thomas Powers
Brown University
Life at low Reynolds' number revisited
3:10
COFFEE BREAK  
3:40
David Bensimon
Laboratoire de Physique Statistique de l'ENS
Helicases: Passive and active mechanisms
4:15
Sergey Bezrukov
National Institutes of Health
Surprising features of particle dynamics in channel-facilitated transport

Sunday, May 6
     
9:00
Robijn Bruinsma
UCLA
Melting of Condensed DNA bundles: a T=0 quantum phase transition?
9:35
Cynthia Reichhardt
Los Alamos National Laboratory
Electrophoresis of DNA on a disordered two-dimensional substrate
10:10
Leonid Mirny
MIT
Coupling of folding and binding in protein recognition.
10:45
COFFEE BREAK  
11:15
Alexander Grosberg
University of Minnesota
Solitary knots
11:50
Ralf Bundschuh
The Ohio State University
Aggregation and folding phase transitions of RNA molecule

 

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