Program
March 22nd |
Speaker |
Affiliation |
Time |
Title |
Registration |
|
|
8:40- |
Registration |
Opening Remarks |
Yoshitaka Nagahama |
|
9:05-9:15 |
Opening Remarks |
Session1: Imaging diffusion & activity
Chair: Yasushi Hiraoka |
Atsushi Miyawaki |
RIKEN, BRI, JAPAN |
9:15-9:50 |
Visualization of the Spatial and Temporal Dynamics of Intracellular Signaling |
Kai Johnsson |
ISIC, EPFL, SWITZERLAND |
9:50-10:25 |
Protein Chemistry in Living Cells |
|
|
10:25-10:50 |
Coffee break |
Tom K Kerppola |
Univ. Michigan, USA |
10:50-11:25 |
Visualization of Protein Interactions and Modifications in Living Cells
using Bimolecular Fluorescence Complementation Analysis |
Philipe Bastiaens |
EMBL, GERMANY |
11:25-12:00 |
Reaction-Diffusion Cycles in the Spatial Organization of Cellular Signaling
and Morphogenesis |
|
|
12:00-13:00 |
Lunch |
Session2: Emerging technologies Chair: Peter T.C.So |
Jennifer Lippincott-Schwartz |
NIH, USA |
13:00-13:35 |
Deciphering Protein Turnover, Topology and Transport in Living Cells |
Masataka Kinjo |
Hokkaido Univ., JAPAN |
13:35-14:10 |
Analysis of Microenvironment of Nucleus Using Fluorescence Correlation
Spectroscopy |
Robert H. Singer |
Yale Univ., USA |
14:10-14:45 |
Following Single mRNAs in Living Cells |
Akihiro Kusumi |
Kyoto Univ., JAPAN |
14:45-15:20 |
Single Molecule Tracking at the Cell Surface: Transient Signal Transduction
by Engaged GPI-Anchored Receptors |
|
|
15:20-15:40 |
Coffee break |
Session3: Bioluminescence Chair: Tom K Kerppola |
Susumu Terakawa |
Hamamatsu Med. Univ., JAPAN |
15:40-16:15 |
Exocytosis and Endocytosis in Neuronal Cells Visualized with Ultra High
NA Lens |
Tarik Issad |
INSERM, FRANCE |
16:15-16:50 |
The Use of BRET (Bioluminescence Resonance Energy Transfer) for the Study
of Tyrosine-kinase Receptors |
Takeaki Ozawa |
IMS, JAPAN |
16:50-17:25 |
Methods for Identifying Organelle-Targeting Proteins |
Session4: Networks & Screening Chair:
Philippe Bastiaens |
Tobias Meyer |
Stanford, USA |
17:25-18:00 |
Fluorescence Microscopy Approaches for Dissecting Signaling Networks |
Jan Ellenberg |
EMBL, GERMANY |
18:00-18:35 |
Microscopy-Based RNAi Screening and Quantitative Imaging of Chromosome
Structure to Identify and Define the Function of Mitotic Genes |
March 23rd |
Speaker |
Affiliation |
Time |
Title |
Session5: 3D imaging Chair: Jan Ellenberg / Ernst H.K. Stelzer |
Ernst H.K.Stelzer |
EMBL, GERMANY |
9:00-9:35 |
Selective Plane Illumination Microscopy: Life Sciences Require the
Third Dimension |
John W Sedat |
UCSF, USA |
9:35-10:10 |
OMX, A Microscope Platform for the Future? |
|
|
10:10-10:30 |
Coffee break |
Winfried Denk |
MPI, GERMANY |
10:30-11:05 |
Watching the Brain Compute and Tracing Its Wires: New Methods to Solve
Old Riddles. |
Haruo Kasai |
NIPS, JAPAN |
11:05-11:40 |
Dynamic Actin Organizations in Single Dendritic Spines of CA1 Pyramidal
Neurons Studies with Two-Photon Photoactivation |
Peter T.C. So |
MIT, USA |
11:40-12:15 |
Mechanotransduction: Understanding How Cells Sense Mechanical Signals
with Novel Microscopic and Spectroscopic Tools |
|
|
12:15-13:00 |
Lunch |
Session6: Mitosis/Trafficking Chair:
Atsushi Miyawaki |
Jason Swedlow |
Dandee Univ., UK |
13:00-13:35 |
Studies of Mitosis in Living Cells and Tissues |
Yasushi Hiraoka |
NICT, JAPAN |
13:35-14:10 |
Live-cell Observation of Chromosome Dynamics in Fission Yeast |
Yoshinori Ohsumi |
NIBB, JAPAN |
14:10-14:45 |
Molecular Dissection of Membrane Dynamics during Autophagy |
|
|
14:45-15:05 |
Coffee break |
Session7: Organism model Chair: Jochen Wittbrodt / Naoto Ueno |
Cornelis Weijer |
Dandee Univ., UK |
15:05-15:40 |
Chemotactic Cell Movement and Its Role in Morphogenesis |
Damian Brunner |
EMBL, GERMANY |
16:15-16:15 |
Organizing Microtubules in Space and Time |
Jochen Wittbrodt |
EMBL, GERMANY |
16:15-16:50 |
Individual Cell Migration as the Driving Force for Optic Vesicle Evagination |
Kei Ito |
Tokyo Univ. |
16:50-17:25 |
Imaging the Structure of the Neural Circuits Using Molecular-Genetic Techniques |
Minoru Tanaka |
NIBB, JAPAN |
17:25-18:00 |
A Gonadal Field Coordinates Germline and Somatic Precursors to Form a
Gonadal Primordium |