17
Biophysical Society 58
th
Annual Meeting, San Francisco, California
S
A
T
U
R
D
A
Y
F
R
I
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Y
U
N
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10:45
am
–12:45
pm
, R
oom
134
Symposium
RNA Assemblies and DNA Origami
Co-Chairs
Christina Smolke, Stanford University
Andrew Turberfield, University of Oxford, United Kingdom
132-S
ymp
10:45
am
DESIGNING SYNTHETIC REGULATORY RNAS: NEW TOOLS
FOR TEMPORAL AND SPATIAL CONTROL IN BIOLOGICAL
SYSTEMS.
Christina Smolke
133-S
ymp
11:15
am
MOLECULAR MACHINERY FROM DNA: SYNTHETIC BIOLOGY
FROM THE BOTTOM UP.
Andrew J. Turberfield
134-S
ymp
11:45
am
STRUCTURAL EVOLUTION OF RNA SELF-ASSEMBLY.
Luc Jaeger
135-S
ymp
12:15
pm
DYNAMIC DNA ORIGAMI-BASED NANOPARTICLE ASSEM-
BLIES.
Tim Liedl
10:45
am
–12:45
pm
, R
oom
135
Symposium
New and Notable
Chair
Robert Nakamoto, University of Virginia Health Science Center
N
o
A
bstract
10:45
am
Structure of the CRISPR RNA-guided Surveillance
Complex from the Adaptive Immune System in
Escherichia coli.
Blake Wiedenhef
N
o
A
bstract
11:02
am
Elucidation of Filamentous Structures in Immune
Signaling.
Hao Wu
N
o
A
bstract
11:19
am
High throughput 3D PALM Imaging Elucidates
Mechanisms of Bacterial Cell Division.
Suliana Manley
N
o
A
bstract
11:36
pm
ChromosomeTerritories Spatially Reorganise during
DNA-Damage Response inMammalian Nuclei.
Basuthkar Rao
N
o
A
bstract
11:53
pm
Myosin II Functions as a Direct Mechanosensor for
Intercellular Invasion during Cell-Cell Fusion.
Elizabeth Chen
N
o
A
bstract
12:10
pm
Sterol Binding Controls Partitioning of the
Amyloid Precursor C99 Protein between Ordered
and Disordered Membranes.
Anne Kenworthy
N
o
A
bstract
12:27
pm
Structural Insights intoTRP Channel Activation.
Erhu Cao
10:45
am
–12:45
pm
, R
oom
130/131
Platform
Optical Microscopy and Super Resolution
Imaging I
Co-Chairs
Don Lamb, LMU Munich, Germany
Manfred Lindau, Cornell University
136-P
lat
10:45
am
3D REAL-TIME ORBITAL TRACKING MICROSCOPY IN ZEBRA
FISH EMBRYOS. Fabian Wehnekamp, Gabriela Gabriela,
Christoph Bräuchle, Thomas Misgeld,
Don C. Lamb
137-P
lat
11:00
am
NANOSCOPY BY FLUORESCENCE DEMODULATION AND
POLARIZATION ANGLE NARROWING.
Peter J. Walla
, Nour Hafi,
Matthias Grunwald, Laura Van den Heuvel, Aspelmeier Timo,
Marta Zagrebelsky, Martin Korte, Axel Munk
138-P
lat
11:15
am
CIRCADIAN METABOLIC OSCILLATIONS IN THE EPIDERMIS
STEM CELLS BY FLUORESCENCE LIFETIME MICROSCOPY OF
NADH IN VIVO.
Chiara Stringari
, Mikhail Geyfman, Hong Wang,
Viera Crosignani, Vivek Kumar, Joseph S. Takahashi, Bogi Andersen,
Enrico Gratton
139-P
lat
11:30
am
IMAGING OF INTRACELLULAR VISCOSITY AND MEMBRANE
ORDER BY NEW MOLECULAR ROTORS SUITABLE FOR
PHASOR ANALYSIS OF FLUORESCENCE LIFETIME.
Giovanni Signore, Gerardo Abbandonato, Antonella Battisti,
Silvio Panettieri, Barbara Storti, Emanuela Jacchetti, Francesco Cardarelli,
Fabio Beltram,
Ranieri Bizzarri
140-P
lat
11:45
am
TIME SUPER-RESOLUTION FLUORESCENCE IMAGING BY
EVENT CORRELATION MICROSCOPY.
Manfred Lindau
,
Qinghua Fang, Ying Zhao
141-P
lat
12:00
pm
HIGH RESOLUTION SURFACE PLASMON RESONANCE
IMAGING OF FOCAL ADHESIONS IN SINGLE CELLS.
Alexander W. Peterson
, Michael Halter, Alessandro Tona,
Kiran Bhadriraju, John T. Elliott, Anne L. Plant
142-P
lat
12:15
pm
CORRELATION FUNCTIONS PROVIDE A UNIVERSAL
FRAMEWORK FOR QUANTITATIVE ANALYSIS OF
LOCALIZATION-BASED SUPER-RESOLUTION MICROSCOPY
IMAGES.
Joerg Schnitzbauer
, Xiaoyu Shi, Robert Kasper, Baohui Chen,
Shijie Zhao, Daichi Kamiyama, Bo Huang
143-P
lat
12:30
pm
SUPER-RESOLUTION IMAGING OF PROTEIN-PROTEIN IN-
TERACTIONS BY BIMOLECULAR COMPLEMENTATION OF
PHOTOACTIVATABLE FLUORESCENT PROTEINS.
Antony Lee
, Alyssa B. Rosenbloom, Sang-Hyuk Lee, Carlos Bustamante
10:45
am
–12:45
pm
, R
oom
132/133
Platform
Protein Gymnastics of Large-Scale
Structural Rearrangements
Co-Chairs
Andy LiWang, University of California, Merced
Michael Nilges, Pasteur Institute, France
144-P
lat
10:45
am
ROBUSTNESS OF ROTARY CATALYSIS MECHANISM OF
F
1
-ATPASE.
Rikiya Watanabe
, Hiroyuki Noji
145-P
lat
11:00
am
ELECTROSTATIC BASIS OF THE UNIDIRECTIONAL
WALKING MOTION IN MYOSIN MOLECULAR MOTORS.
Shayantani Mukherjee
, Arieh Warshel
146-P
lat
11:15
am
DIFFERENT 3D DOMAIN-SWAPPED OLIGOMERIC
CYANOVIRIN-N STRUCTURES SUGGEST TRAPPED
FOLDING INTERMEDIATES.
Leonardus Koharudin
, Lin Liu,
Angela M. Gronenborn
