General Proposals 2008A (7/10)
S/N | #1~50 | #51~100 | #101~150 | #151~200 | #201~250 | #251~300 | #301~350 | #351~400 | #401~450 | #451~494 |
CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp
"Title for Public Announcement" is shown for proprietary proposal.
S/N |
Proposal Number |
Project Leader |
Proposal Title |
Affiliation |
Affiliation Category |
Research Category |
Final Shift |
Country |
Beamline |
P/N |
301 | 2008A1225 | Takuji Oyama | X-ray structure determination of replication protein A (RPA) complex | Osaka University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
302 | 2008A1226 | Takuji Oyama | X-ray structure determination of the PPARγ ligand binding domain novel agonist complexes | Osaka University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
303 | 2008A1228 | Takamasa Nonaka | Crystal structure analysis of cysteine proteinase inhibitor protein OC-II from oryza sativa. | Iwate Medical University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
304 | 2008A1232 | Nobutaka Shimizu | Development of Evaluation Method for Radiation Damage of Protein Crystal using UV-Vis. Spectroscopy | Japan Synchrotron Radiation Research Institute | Laboratory | Life Science | 11.75 | Japan | BL38B1 | Non-Proprietary |
305 | 2008A1252 | Bunzo Mikami | Functional elucidation of a flexible loop in β-amylase by high resolution X-ray crystal analysis. | Kyoto University | University | Life Science | 5.875 | Japan | BL38B1 | Non-Proprietary |
306 | 2008A1263 | Bunzo Mikami | Mechanism of structure-formation of globulins in edible plant seeds | Kyoto University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
307 | 2008A1266 | Nobuyuki Takahashi | Molecular mechanism of the structural change of egg white proteins | Kyoto University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
308 | 2008A1320 | Tsutomu Kouyama | Light-induced structural change of archaeal rhodopsins | Nagoya University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
309 | 2008A1322 | Wataru Hashimoto | Structural biology of polysaccharides-degrading enzymes: X-ray crystallographic analysis of bacterial peptidoglycan hydrolase | Kyoto University | University | Life Science | 5.5 | Japan | BL38B1 | Non-Proprietary |
310 | 2008A1368 | Hiroshi Yamaguchi | Structure analysis of proteins crysatllized by using new crystallizing reagents | Kwansei Gakuin University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
311 | 2008A1373 | AikHong Teh | Structural analysis of environmental stress response proteins of Bacillus subtilis | Japan Synchrotron Radiation Research Institute | Laboratory | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
312 | 2008A1390 | Hiroshi Yamaguchi | Time series crystallographic analysi of the enzymatic reaction of topaquinone containing copper amine oxidase | Kwansei Gakuin University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
313 | 2008A1422 | Norimitsu Tohnai | X-ray structure analyses of micro clathrate crystals for clarification of molecular recognition mechanism of protein-ligand complexes | Osaka University | University | Life Science | 12 | Japan | BL38B1 | Non-Proprietary |
314 | 2008A1465 | Tetsuo Toraya | Crystal Structure Analysis of Methylated DNA-binding Proteins | Okayama University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
315 | 2008A1628 | Atsushi Inanobe | Structural basis of pathological and regulatory mechanisms of potassium channels | Osaka University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
316 | 2008A1969 | Yoshimitsu Kakuta | X-ray crystallographic analysis of Human Cytosolic β-Glucosidase | Kyushu University | University | Life Science | 6 | Japan | BL38B1 | Non-Proprietary |
317 | 2008A1986 | Hirofumi Ohishi | The construction of the unwinding DNA and it' X-ray crystallographic analysis and the clarification the mechanism of transcription of DNA | Osaka University of Pharmaceutical Science | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
318 | 2008A1995 | Hyuma Masu | X-ray crystallographic analyses of 3-D component and complex for clarification of molecular reaction mechanism of biological molecules | Tokushima Bunri University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
319 | 2008A1996 | Yoshimitsu Kakuta | X-ray crystallographic analysis of estrogen like receptor complex with environmental hormone | Kyushu University | University | Life Science | 3 | Japan | BL38B1 | Non-Proprietary |
320 | 2008A2019 | Takeshi Nishino | Crystal Structure Analysis of the Protein Complex Associated with Milk Fat Globule Membrane | Nippon Medical School | University | Life Science | 4 | Japan | BL38B1 | Non-Proprietary |
321 | 2008A2020 | Masaru Sato | Evaluation of the Protein Crystals under Microgravity by Synchrotron radiation | Japan Aerospace Exploration Agency | Laboratory | Life Science | 2 | Japan | BL38B1 | Non-Proprietary |
322 | 2008A2030 | Hirofumi Komori | X-ray analysis of Response regulator protein from Desulfovibrio vulgaris | University of Hyogo | University | Life Science | 1 | Japan | BL38B1 | Non-Proprietary |
323 | 2008A2031 | Ikuhide Fujisawa | X-ray structural analysis of complexes of antibiotics and peptides | Toyohashi University of Technology | University | Life Science | 2 | Japan | BL38B1 | Non-Proprietary |
324 | 2008A2033 | Tsutomu Nakamura | Disulfide exchange reaction of archaeal peroxiredoxin | National Institute of Advanced Industrial Science and Technology | Laboratory | Life Science | 2 | Japan | BL38B1 | Non-Proprietary |
325 | 2008A2038 | Shuya Fukai | Structural basis of PI(4,5)P2 recognition by Sec3 subunit of Exocyst complex | The University of Tokyo | University | Life Science | 2 | Japan | BL38B1 | Non-Proprietary |
326 | 2008A2043 | Toshiji Tada | Structure and function of arabinan degrading enzymes | Osaka Prefecture University | University | Industrial Applications | 2 | Japan | BL38B1 | Non-Proprietary |
327 | 2008A1051 | Jesus Chaboy | XMCD study of the induced magnetic moments at the 5d delocalised states in the presence of competing localized moments. | Universidad de Zaragoza | Foreign | Materials Science and Engineering | 9 | Spain | BL39XU | Non-Proprietary |
328 | 2008A1056 | Akane Agui | Clarify of Interference Effect on Electronic Excited Sates Between Fe2+ and Fe3+ ions in LuFe2O4 multi-ferroic material | Japan Atomic Energy Agency | Laboratory | Materials Science and Engineering | 14.875 | Japan | BL39XU | Non-Proprietary |
329 | 2008A1127 | Satoshi Tsutsui | Quantum Criticality of a Valence-fluctuated Ferromagnet under Pressure using X-ray Absorption Spectroscopy and Magnetic Circular Dichroism | Japan Synchrotron Radiation Research Institute | Laboratory | Materials Science and Engineering | 15 | Japan | BL39XU | Non-Proprietary |
330 | 2008A1153 | Yasuhiro Matsuda | High magnetic field XMCD study on the hybridization in rare-earth valence fluctuation compounds | Tohoku University | University | Materials Science and Engineering | 15 | Japan | BL39XU | Non-Proprietary |
331 | 2008A1272 | Nobuyoshi Hosoito | Comparison between the interface spin-polarization structures of Ir and Mn in the exchange-biased MnIr/CoFe bilayer by resonant hard x-ray magnetic reflectivity measurements | Nara Institute of Science and Technology | University | Materials Science and Engineering | 11.75 | Japan | BL39XU | Non-Proprietary |
332 | 2008A1278 | Masaichiro Mizumaki | Verfication of the non-local transition at Cu K-edge in High-Tc Cuprate and the elucidation of the structure in resonant X-ray emission spectra around the Cu K-edge | Japan Synchrotron Radiation Research Institute | Laboratory | Materials Science and Engineering | 14.875 | Japan | BL39XU | Non-Proprietary |
333 | 2008A1283 | Masaki Azuma | XAS investigation of the melting of charge disproportionation in BiNiO3 under high-pressure high-temperature conditions. | Kyoto University | University | Materials Science and Engineering | 6 | Japan | BL39XU | Non-Proprietary |
334 | 2008A1319 | Naoki Ishimatsu | XMCD study of magnetic transition in RCo2 (R=Ho and Dy) under high pressure | Hiroshima University | University | Materials Science and Engineering | 15 | Japan | BL39XU | Non-Proprietary |
335 | 2008A1336 | Hisashi Hayashi | Valence-selective XAFS measurements by using 'a forgotten x-ray emission', Eu Lγ4 | Japan Women's University | University | Chemical Science | 11.875 | Japan | BL39XU | Non-Proprietary |
336 | 2008A1403 | Motohiro Suzuki | Development of hard X-ray magnetic holography measurement | Japan Synchrotron Radiation Research Institute | Laboratory | Materials Science and Engineering | 12 | Japan | BL39XU | Non-Proprietary |
337 | 2008A1440 | Tatsuo Kobayashi | Investigation of Pressure-Induced Valence Fluctuation in Heavy Fermion Superconductor CeCu2Si2 | Okayama University | University | Materials Science and Engineering | 11 | Japan | BL39XU | Non-Proprietary |
338 | 2008A1447 | Noriaki Hanasaki | Investigation of Mechanism of Gigantic Magnetoresistance effect in Molecular Conductor by Resonant X-ray Emission Spectroscopy | Okayama University | University | Materials Science and Engineering | 15 | Japan | BL39XU | Non-Proprietary |
339 | 2008A1529 | Isao Tanaka | Local electronic structure analysis of defective spinel type Mn-doped gallium oxide by high energy resolution XANES and XMCD | Kyoto University | University | Materials Science and Engineering | 6 | Japan | BL39XU | Non-Proprietary |
340 | 2008A1553 | Hajime Tanida | Analysis of the adsorption of Bromide Ion at the liquid/liquid interface by fluorescence total-reflection XAFS | Japan Synchrotron Radiation Research Institute | Laboratory | Chemical Science | 8.875 | Japan | BL39XU | Non-Proprietary |
341 | 2008A1014 | Yasutaka Seki | Analysis of Structural Characteristics of Main-chains of Natively Unfolded Proteins by Solution X-ray Scattering | Nagaoka University of Technology | University | Life Science | 3 | Japan | BL40B2 | Non-Proprietary |
342 | 2008A1021 | Munenori Nakai | SAXS charactorization of large-scale periodic structure and preffered orientation of co-polymer films. | FUJIFILM Corporation | Industry | Industrial Applications | 3 | Japan | BL40B2 | Proprietary |
343 | 2008A1034 | Hikaru Takaya | The Strucutre Analysis of Ultrasound-Induced Supuramolecular Gel using Small-angle X-ray Scattering (SAXS) Measurements | Kyoto University | University | Chemical Science | 3 | Japan | BL40B2 | Non-Proprietary |
344 | 2008A1035 | Mitsuhiro Hirai | High-resolution solution scattering study of protein folding under osmotic stress | Gunma University | University | Life Science | 3 | Japan | BL40B2 | Non-Proprietary |
345 | 2008A1037 | Shuichi Nagamatsu | Analysis of thermal treatment effects of semiconducting polymer thin films by structural investigation using in-situ grazing incidence small-angle and wide-angle X-ray scattering measurements | Kyushu Institute of Technology | University | Materials Science and Engineering | 3 | Japan | BL40B2 | Non-Proprietary |
346 | 2008A1069 | Yoshiaki Yuguchi | Observation for self-organization of xyloglucan molecules | Osaka Electro-Communication University | University | Life Science | 3 | Japan | BL40B2 | Non-Proprietary |
347 | 2008A1077 | Shigeo Hara | Structural analysis for photonic crystal of polymer | Hamamatsu Photonics K.K. | Industry | Materials Science and Engineering | 3 | Japan | BL40B2 | Non-Proprietary |
348 | 2008A1148 | Hiroki Uehara | Nanostructural arrangement of siloxane polymers utilizing its liquid crystalline transition and development of various functionalities characteristic of silicon atom | Gunma University | University | Chemical Science | 3 | Japan | BL40B2 | Non-Proprietary |
349 | 2008A1162 | Kohji Tashiro | Trace of Structure Evolution in Isothermal Crystallization Process of Aliphatic Nylons by Simultaneous SAXS/WAXD/Raman Measurements | Toyota Technological Institute | University | Materials Science and Engineering | 6 | Japan | BL40B2 | Non-Proprietary |
350 | 2008A1183 | Hiroshi Hamamatsu | Small angle X-Ray scattering studies of polymer films | Sumitomo Chemical Co., Ltd. | Industry | Materials Science and Engineering | 3 | Japan | BL40B2 | Proprietary |