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14. The 39th NIPSI International Symposium
Frontiers of Biological Imaging
November 10-12, 2008
National Institutes for Physiological Sciences
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MONDAY, NOVEMBER 10 |
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Opening address
(Kuniaki Nagayama, Okazaki Institute for Integrative Bioscience/National Institute for Physiological Sciences) |
1. |
Tomomi Nemoto (National Institute for Physiological Sciences, Japan)
Potential of two-photon microscopy for analysis of living organ |
2. |
Kira Poskanzer (Columbia University, USA)
Development of two-photon stimulation methods to map cortical circuits |
3. |
Makio Tokunaga (National Institute of Genetics, Japan)
Highly inclined thin illumination enables clear single-molecule imaging in linving cells |
4. |
Hiromi Okamoto (Institute for Molecular Science, Japan)
Potentiality of scanning near-field optical microscopy |
5. |
Susy Kohout (University of California, USA)
Probing protein motions of Ci-VSP using voltage clamp fluorometry |
6. |
Wolfgang Baumeister (Max-Planck-Institute, Germany)
Cryoelectron tomography: defining the functional modules of cells |
7. |
Yasushi Hiraoka (Kobe Advanced ICT Research Center, Japan)
Correlative light and electron microscopy for observing molecular dynamics in living cells |
8. |
John Sedat (University of California, USA)
New directions for live 4-dimensional imaging using OMX, a novel imaging platform |
9. |
Masataka Murakami (National Institute for Physiological Sciences, Japan)
Salivary secretion: assessment of trans- and paracellular transport by physio-morphological techniques |
10. |
Tomoko Nakanishi (The University of Tokyo, Japan)
Development of radioisotope imaging systems for plants |
11. |
Haruo Sugi (Teikyo University, Japan)
Electron microscopic demonstration of the cross-bridge recovery stroke in living muscke thick filaments using the gas environmental chamber |
TUESDAY, NOVEMBER 11 |
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12. |
Yoshiyuki Kubota (National Institute for Physiological Sciences, Japan)
An excitatory and inhibitory synapse density on various GABAergic nonpyramidal cells in the rat cerebral cortex |
13. |
CedricBouchet-Marquis (University of Colorado at Boulder, USA)
High resolution imaging using CEMOVIS and cryo-ET |
14. |
Ohad Medalia (The Ben-Gurion University, Israel)
The molecular architecture of integrin-mediated focal adhesion by cryo-electron tomography |
15. |
Wah Chiu (Baylor College of Medicine, USA)
Backbone tracing and model building in single particle cryo-EM |
16. |
Holger Stark (Max-Planck-Institute, Germany)
Studying 3D dynamics of macromolecular machines by electron cryomicroscopy |
17. |
Takashi Ishikawa (ETH Zurich, Switzerland)
Molecular arrangement of dynein in flagella revealed by cryo-electron tomography |
18. |
Abraham Koster (Leiden University Medical Center, The Netherlands)
Tools for correlative cryo electron tomography |
19. |
Grant Jensen (California Institute of Technology, USA)
How sample thickness and crowdedness affect interpretability in electron cryotomography |
20. |
Radostin Danev (Okazaki Institute for Integrative Bioscience, Japan)
Zernike phase contrast for single particles and cryotomography |
21. |
Gabriel Lander (The Scripps Research Institute, USA)
Appion: an integrated, database-driven pipeline for lucid EM image processing |
22. |
Mark Ellisman (University of California San Diego, USA)
Multi-scale correlated light and electron microscopic imaging of the nervous system |
23. |
Atsuo Miyazawa (RIKEN Harima Institute, Japan)
Development of a genetically encoded metalloprotein tag enabling protein detection by electron microscopy |
24. |
Jiro Usukura (Nagoya University, Japan)
3D architecture of membrane cytoskeleton and spatial specificity of actin binding proteins revealed by immuno-freeze etching and cryo-microscopy |
25. |
Winfried Denk (MPI-Heidelberg, Germany)
Reverse engineering the brain: tool to image activity and structure |
26. |
Keiichi Namba (Osaka University, Japan)
Molecular mechanisms of self-assembly and protein export of the bacterial flagellum |
WEDNESDAY, NOVEMBER 12 |
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27. |
Kazuhiko Kinosita, Jr. (Waseda University, Japan)
Protein machines under an optical microscope |
28. |
Robert Glaeser (University of California Berkeley, USA)
Towards nearly full-proteomic coverage in imaging of multiprotein complexes |
29. |
Kuniaki Nagayama (Okazaki Institute for Integrative Bioscience/National Institute for Physiological Sciences, Japan)
A submicron design for an Aharonov-Bohm effect Hilbert differential phase plate |
30. |
Michael Marko (Wadsworth Center, USA)
Technological improvements for biological cryo-TEM tomography |
31. |
Rasmus Schröder (University of Heidelberg, Germany)
In-focus phase contrast by electrostatic phase plates in anamorphotic electron optics |
32. |
Ueli Aebi (University of Basel, Switzerland)
The use of the atomic force microscope in the life sciences: opening new vistas for diagnosis, prevention and intervention |
33. |
Jan Liphardt (University of California Berkeley, USA)
A superresolution view of the E. coli chemotaxis network |
34. |
Takayuki Uchihashi (Kanazawa University, Japan)
High-speed AFM for visualizing biomolecular processes |
35. |
Yuji Sasaki (Spring 8, Japan)
Dynamical single molecular observations on membrane proteins using X-rays and electrons |
36. |
Hideo Higuchi (The University of Tokyo, Japan)
Imaging of stepwise motility of single motor molecules in living cells |
37. |
Thomas Walz (Harvard Medical School, USA)
Electron microscopy of AQP0-mediated membrane junctions |
38. |
Kaoru Mitsuoka (Japan Biological Information Research Center (AIST), Japan)
Structural analysis of membrane proteins and complexes by electron crystallography |
39. |
Fred Sigworth (Yale University, USA)
Membrane proteins as single particles in cryo-EM |
40. |
Chikara Sato (Neuroscience Research Institute (AIST), Japan)
Three-dimensional structures of ion channels, sensors and receptors revealed by single particle reconstruction |
Closing address
(Kuniaki Nagayama, OIB/NIPS) |
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Copyright(C) 2009 NIPS ( National Institute for Physiological Sciences ) |