Newsletter
Contents
Biophysical
Society
Deadlines
january
2014
Seven speakers were selected for the 2014 New & Notable Symposium from among nearly
120 submissions. The speakers, listed below, will present their work in San Francisco during
the Symposium on Sunday, February 16, at 10:45 am.
58
th
Annual
Meeting
February 15
–
19, 2014
San Francisco, California
January 13, 2014
Undergraduate Poster Fest
Pre-Registration
January 17, 2014
Childcare Pre-Registration
Blogger Applications
January 26, 2014
Hotel Room Block
Reservation
Summer Course
in Biophysics
May 13–July 31, 2014
Chapel Hill, North Carolina
February 15, 2014
Priority Application
Submission
Biophysicist in Profile
2
Biophysical Journal
4
Subgroups
5
Dear Molly Cule
6
Public Affairs
7
2014 Annual Meeting
8
Grants and Opps
11
Science Fair
12
Conferences for Minority Students
13
Mechanobiology of Protein and Cells
14
Upcoming Events
16
2014 New & Notable Symposium
Erhu Cao
, University of
California, San Francisco
Structural Insights into
TRP Channel Activation
Elizabeth Chen
, Johns
Hopkins University
School of Medicine
Myosin II Functions as
a Direct Mechanosensor
for Intercellular Invasion
during Cell-Cell Fusion
Anne Kenworthy
, Vanderbilt
University School of Medicine
Sterol Binding Controls
Partitioning of the Amyloid
Precursor C99 Protein between
Ordered and Disordered
Membranes
Suliana Manley
, Swiss Federal
Institute of Technology,
Lausanne, Switzerland
High Throughput 3D PALM
Imaging Elucidates Mechanisms
of Bacterial Cell Division
Basuthkar Rao
, Tata Institute
of Fundamental Research, India
Chromosome Territories Spatially
Reorganise during DNA-Damage
Response in Mammalian Nuclei
Blake Wiedenheft
, Montana
State University
Structure of the CRISPR RNA-
guided Surveillance Complex
from the Adaptive Immune
System in Escherichia coli
Hao Wu
, Harvard
Medical School
Elucidation of Filamentous
Structures in Immune
Signaling
Robert Nakamoto
, the chair of the New &
Notable Symposium explains that, "The speakers
of this year's New and Notable symposium will
present exciting new results that were obtained
using a range of biophysical approaches to
address very challenging questions. I find it
stunning how investigators continue to develop
methods to study increasingly complex systems
at very high resolution."
