75
Biophysical Society 58
th
Annual Meeting, San Francisco, California
M
O
N
D
A
Y
4:00
pm
–6:00
pm
, R
oom
132/133
Platform
Cell Mechanics and Motility II
Co-Chairs
Jin-Sung Park, Korea Advanced Institute of Science and Technology, Korea
Pietro Cicuta, University of Cambridge, United Kingdom
1230-P
lat
4:00
pm
MECHANISMS OF THREE-DIMENSIONAL TUMOR CELL
MOTILITY IN DENSE EXTRACELLULAR MATRICES.
Badriprasad Ananthanarayanan
, Joanna MacKay, Gurshamnjot Singh,
Ching-Wei Chang, Sanjay Kumar
1231-P
lat
4:15
pm
TRANSDUCTION CHANNELS’ GATING CONTROLS FRICTION
ONVIBRATINGHAIR-CELL BUNDLES INTHE EAR.
Volker Bormuth
,
Jérémie Barral, Jean Francois Joanny, Frank Jülicher, Pascal Martin
1232-P
lat
4:30
pm
EMERGENCE OF COLLECTIVE DYNAMICS IN SYSTEMS OF
MOTILE CILIA.
Pietro Cicuta
, Nicolas Bruot, Jurij Kotar, Luke Debono,
Dave Phillips, Stuart Box, Stephen Simpson, Simon Hanna
1233-P
lat
4:45
pm
CHARACTERIZATION OF DIFFERENT DYNAMIC MODES
OF A CRAWLING
CAENORHABDITIS ELEGANS
BY DIRECT
MEASUREMENT OF TRACTION FORCE.
Jin-Sung Park
,
Song Ih Ahn, Jennifer H. Shin
1234-P
lat
5:00
pm
OPTIMALITY OF FORCE TRANSMISSION IN A MOTOR-CLUTCH
CELLULAR ADHESION MODEL.
Benjamin Bangasser
,
Steven Rosenfeld, David Odde
1235-P
lat
5:15
pm
FORCE SPECTRUM MICROSCOPY REVEALS ACTIVE
DIFFUSIVE-LIKE FLUCTUATIONS IN LIVING CELLS.
Ming Guo
, Allen Ehrlicher, Mikkel Jensen, Jeffrey Moore,
Jennifer Lippincott-Schwartz, Frederick Mackintosh, David Weitz
1236-P
lat
5:30
pm
MYOSIN LIGHT CHAIN KINASE ACTIVITY REGULATES THE
NUMBER OF LEADING EDGES IN ZEBRAFISH EMBRYONIC
KERATOCYTES.
Sunny S. Lou
, Julie A. Theriot
1237-P
lat
5:45
pm
QUANTITATIVE SUBCELLULAR CONTROL OF CDC42,
RAC1 AND RHOA GTPASES USING THE CRY2/CIBN
OPTOGENETIC DIMERIZER.
Leo Valon
, Amanda Remorino,
Fred Etoc, Simon De Beco, Maxime Dahan, Mathieu Coppey
4:00
pm
–6:00
pm
, R
oom
303
Platform
Bioengineering
Co-Chairs
Elizabeth Bromley, Durham University, United Kingdom
SoonGweon Hong, University of California, Berkeley
1238-P
lat
4:00
pm
BIOMECHANICAL BASIS OF ALZHEIMER’S DISEASE AND
OTHER PROTEIN MISFOLDING DISEASES: DESIGNING A
NEW AFM PROBE TO STUDY AMYLOID-MEDIATED
MEMBRANE DISORDERS.
Amanda K. Woodcock
, Brian Meckes,
Ratnesh Lal
1239-P
lat
4:15
pm
LIGHT-POWERED BIONANOELECTRONIC DEVICES WITH
BIOLOGICALLY-TUNABLE PERFORMANCE CHARACTERISTICS.
Ramya Tunuguntla
, Kyunghoon Kim, Mangesh Bangar,
Caroline Ajo-Franklin, Pieter Stroeve, Aleksandr Noy
1240-P
lat
4:30
pm
LIGHT DRIVEN CONFORMATIONAL SWITCHING:
AN APPROACH TO CREATING DESIGNED PROTEIN MOTION.
Elizabeth Bromley
, Lara Small, Asahi Cano-Marques, Dek Woolfson,
Paul Curmi, Martin Zuckermann, Nancy Forde, Gerhard Blab,
Heiner Linke
1241-P
lat
4:45
pm
HIGH THROUGHPUT LIVE-CELL FRET BINDING ASSAY BY
FLOW CYTOMETRY.
Shin Rong Lee
, Lingjie Sang, David T. Yue
1242-P
lat
5:00
pm
QUANTIFYING CELL-SURFACE MARKER EXPRESSION
THROUGH IMAGING OF TRANSIENT INTERACTIONS.
Mustafa A. H. Mir
, Olivia Scheideler, Jeremy Whang, Lydia L. Sohn
1243-P
lat
5:15
pm
SORTING BACTERIUM CELLS USING CELL-IMPRINTED
POLYMER THIN FILMS: FROM CONCEPT TO APPLICATIONS.
Kangning Ren
, Niaz Banaei, Richard N. Zare
1244-P
lat
5:30
pm
PATIENT-SPECIFIC IPSCS-BASED LIVER-ON-A-CHIP.
SoonGweon Hong
, Luke P. Lee
1245-P
lat
5:45
pm
A BIOPHYSICAL SOLUTION TO PREVENT HEMOLYSIS
|INTERFERENCES.
Jun Ho Son
, Sang Hun Lee, Soongweon Hong,
Seung-min Park, Joseph Lee, Andrea M. Dickey, Luke P. Lee
4:00
pm
–6:00
pm
, R
oom
304
Platform
Protein Folding and Chaperones
Co-Chairs
Tania Baker, Massachusetts Institute of Technology
Susan Marqusee, University of California, Berkeley
1246-P
lat
4:00
pm
EXPERIMENTAL AND COMPUTATIONAL STUDIES ON
THE DYNAMICS AND FLEXIBILITY OF PROTEIN
DISULFIDE-ISOMERASE (PDI).
Robert B. Freedman
, John Blood,
David Clarke, Jack Heal, Emilio Jimenez-Roldan, Rudolf Roemer,
Narinder Sanghera
1247-P
lat
4:15
pm
OBSERVING AND CHARACTERIZING EARLY FOLDING
INTERMEDIATES OF E.COLI RNASE H USING KINETIC AND
EQUILIBRIUM APPROACHES.
Laura E. Rosen
, Sagar Kathuria,
Katelyn Connell, Osman Bilsel, C. Robert Matthews, Susan Marqusee
1248-P
lat
4:30
pm
MECHANICAL PROTEIN UNFOLDING AND TRANSLOCATION
BY AAA+ PROTEASES.
Adrian O. Olivares
, Juan Carlos Cordvoa,
Stephane Calmat, Matthew J. Lang, Robert T. Sauer, Tania A. Baker
1249-P
lat
4:45
pm
THE CLPXP PROTEASE EMPLOYS A NOVEL MECHANISM OF
TRANSLOCATION USING A CONSTANT FREQUENCY OF
PULLING BUT DIFFERENT GEARS.
Maya Sen
, Rodrigo A. Maillard,
Kristofor Nyquist, Piere Rodriguez-Aliaga, Steve Pressé, Andreas Martin,
Carlos Bustamante
