General Proposals 2010A (8/9)
| S/N | #1-50 | #51-100 | #101-150 | #151-200 | #201-250 | #251-300 | #301-350 | #351-400 | #401-426 |
CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp
"Title for Public Announcement" is shown for proprietary proposal.
S/N |
Proposal Number |
Proposal Title |
Project Leader |
Affiliation |
Affiliation Category |
Research Category |
Shifts |
Country |
Beamline |
Proprietary(P) /Non-proprietary(Np) |
351 |
2010A1301 |
Dynamical Analysis of Immunological Molecules with High-speed Diffracted X-ray Tracking |
Naoki Ogawa |
RIKEN |
National and Nonprofit Organization |
Life Science |
6 |
Japan |
BL40XU |
Np |
352 |
2010A1305 |
Improvement of retrospective 4D in vivo-CT system |
Toshihiro Sera |
RIKEN |
National and Nonprofit Organization |
Life Science |
6 |
Japan |
BL40XU |
Np |
353 |
2010A1319 |
Dynamic Structural and Single-molecule Analysis for the Random-coil/Alpha-helix Transition in a De Novo Designed Protein with High-speed Diffracted X-ray Tracking |
Masayuki Oda |
Kyoto Prefectural University |
Educational Organization |
Life Science |
12 |
Japan |
BL40XU |
Np |
354 |
2010A1328 |
Ultra fast quick-scanning XAFS studies on oxygen-reduction reaction of Ta-oxide fuel cell electrocatalysts |
Hideto Imai |
NEC Corporation |
Industry |
Industrial Applications |
6 |
Japan |
BL40XU |
Np |
355 |
2010A1344 |
Effects of colloid osmotic pressure in extracellular fluid on myofilament lattice spacing and contractile function in rat whole heart preparation |
Juichiro Shimizu |
Hiroshima International University |
Educational Organization |
Medical Applications |
6 |
Japan |
BL40XU |
Np |
356 |
2010A1417 |
Structure determination of biological molecules by hard-Xray scattering based on holographic technologies |
Hiroyuki Iwamoto |
JASRI |
National and Nonprofit Organization |
Life Science |
9 |
Japan |
BL40XU |
Np |
357 |
2010A1462 |
Development of a standard method for detecting conformational changes of protein in a single molecule with high flux X-ray |
Hirofumi Shimizu |
University of Fukui |
Educational Organization |
Life Science |
6 |
Japan |
BL40XU |
Np |
358 |
2010A1043 |
Structural biology of nuclear transport |
Yoshiyuki Matsuura |
Nagoya University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
359 |
2010A1046 |
Structural analysis of eukaryotic translation initiation factors eIF5B-eIF1A |
Min Yao |
Hokkaido University |
Educational Organization |
Life Science |
4.5 |
Japan |
BL41XU |
Np |
360 |
2010A1053 |
Structure determination of Sec translocon membrane protein complex |
Tomoya Tsukazaki |
The University of Tokyo |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
361 |
2010A1055 |
Crystal structure analysis of receptor binding domain of botulinum neurotoxins |
Isao Tanaka |
Hokkaido University |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
362 |
2010A1056 |
Structural analysis of secondary transporters involved in drug influx and efflux |
Ryuichiro Ishitani |
The University of Tokyo |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
363 |
2010A1086 |
Elucidation of structural basis for metal transporting mechanism of cation transporter |
Osamu Nureki |
The University of Tokyo |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
364 |
2010A1087 |
X-ray crystallography of tRNA maturation and aminoacylation enzymes complexed with tRNA |
Osamu Nureki |
The University of Tokyo |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
365 |
2010A1092 |
Structure determination of the light-harvesting reaction center complex from a thermophilic photosynthetic bacterium |
Seiu Otomo |
Ibaraki University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
366 |
2010A1113 |
X-ray Crystallographic Analysis of Pex3p from Pichia pastoris |
Toru Nakatsu |
Kyoto University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
367 |
2010A1125 |
Molecular characterization of the human polycomb protein |
Izuru Ohki |
Nara Institute of Science and Technology |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
368 |
2010A1139 |
Elucidation of the functions of photosystem II by structural analysis at a higher resolution |
Jian-Ren Shen |
Okayama University |
Educational Organization |
Life Science |
5 |
Japan |
BL41XU |
Np |
369 |
2010A1160 |
Structure based drug design of the disease related proteins |
Noriko Handa |
RIKEN |
National and Nonprofit Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
370 |
2010A1181 |
Structure analyses of the complexes involving the Fe-S cluster biosysthesis |
Kei Wada |
Osaka University |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
371 |
2010A1206 |
Structural studies of the human nucleosomes containing H2A and H3 histone variants |
Hitoshi Kurumizaka |
Waseda University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
372 |
2010A1210 |
Crystallographic analysis of Hyp proteins and Hyp protein complex |
Kunio Miki |
Kyoto University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
373 |
2010A1216 |
Crystallographic analysis of V-ATPase complexes |
Kunio Miki |
Kyoto University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
374 |
2010A1223 |
Structural studies on enzymes involved in hydrogen metabolism |
Yasuhito Shomura |
University of Hyogo |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
375 |
2010A1237 |
Charge density analysis of redox proteins |
Kazuki Takeda |
Kyoto University |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
376 |
2010A1263 |
Structural basis for the substrate specificity of tRNA dimethyltransferase (Trm1) |
Hiroyuki Hori |
Ehime University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
377 |
2010A1274 |
High Resolution X-ray Crystallographic Analysis of Firefly Luciferase Bioluminescent Color Mutants |
Toru Nakatsu |
Kyoto University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
378 |
2010A1275 |
X-ray Crystallographic Analysis of Eukaryotic ABC Transporters |
Toru Nakatsu |
Kyoto University |
Educational Organization |
Life Science |
6 |
Japan |
BL41XU |
Np |
379 |
2010A1290 |
Substrate recognition and oligomeric transition of a small heat shock protein StHsp14.0 from Sulfolobus tokodaii |
Kazuki Takeda |
Kyoto University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
380 |
2010A1386 |
Structural analyses of cargo recognition by myosin |
Yoshinori Hirano |
Nara Institute of Science and Technology |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
381 |
2010A1401 |
High-resolution X-ray crystallographic study of the transient electron-transfer protein complexes |
Masaki Nojiri |
Osaka University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
382 |
2010A1409 |
Crystal Structure Analysis of EGF-R/Fab complex |
Taro Tamada |
JAEA |
National and Nonprofit Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
383 |
2010A1430 |
Screening of the novel inhibitors by X-ray structure analyses of OMPDC from Plasmodium falciparum complexed with in-silico compounds |
Tsuyoshi Inoue |
Osaka University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
384 |
2010A1439 |
X-ray Crystallographic studies on membrane-bound supramolecular complexes |
Ryoji Suno |
Kyoto University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
385 |
2010A1493 |
Structural analysis of the ANP receptor for the understanding of the ligand recognition and the signal transmission mechanisms II |
Haruo Ogawa |
The University of Tokyo |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
386 |
2010A1509 |
Crystal structures of hMTH1-substrate complexes at ultra-high resolution (2) |
Yuriko Yamagata |
Kumamoto University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
387 |
2010A1511 |
Kinetic protein crystallography of the hMTH1-8-oxo-dGTP complex crystal |
Yuriko Yamagata |
Kumamoto University |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
388 |
2010A1537 |
Elucidation of the molecular mechanism of polyamine transport protein (PotA) from Escherichia coli. |
Shigeru Sugiyama |
Osaka University |
Educational Organization |
Life Science |
3 |
Japan |
BL41XU |
Np |
389 |
2010A1561 |
Evaluation of the Protein Crystals under Microgravity by Synchrotron Radiation |
Masaru Sato |
JAXA |
National and Nonprofit Organization |
Life Science |
14 |
Japan |
BL41XU |
P |
390 |
2010A1573 |
Structure analysis of proteins related to disease |
Kenji Suzuki |
Pharmaceutical Consortium for Protein Structure Analysis |
Industry |
Industrial Applications |
11.75 |
Japan |
BL41XU |
P |
391 |
2010A1815 |
Crystallography of proteins that regulate vesicular traffic |
Shuya Fukai |
The University of Tokyo |
Educational Organization |
Life Science |
1.5 |
Japan |
BL41XU |
Np |
392 |
2010A1904 |
Crystallography of the Sec6 homolog protein |
Shuya Fukai |
The University of Tokyo |
Educational Organization |
Life Science |
2 |
Japan |
BL41XU |
Np |
393 |
2010A1939 |
Crystallography of Sec6 homolog and GDF |
Shuya Fukai |
The University of Tokyo |
Educational Organization |
Life Science |
1 |
Japan |
BL41XU |
Np |
394 |
2010A1052 |
Studies on identification of the archaeological natural dyestuff using Infrared Micro-Spectroscopy |
Masanori Akada |
Kyoto Institute of Technology |
Educational Organization |
Other |
6 |
Japan |
BL43IR |
Np |
395 |
2010A1080 |
Far infrared spectroscopy for pressure induced zero-gap state of organic semiconductor |
Takahiko Sasaki |
Tohoku University |
Educational Organization |
Materials Science and Engineering |
12 |
Japan |
BL43IR |
Np |
396 |
2010A1085 |
The change in infrared spectrum of archaeological ambers under high temperature and its correlation to the estimated produced place |
Masanori Sato |
National Institutes for Cultural Heritage |
National and Nonprofit Organization |
Chemical Science |
6 |
Japan |
BL43IR |
Np |
397 |
2010A1120 |
Analysis of ingredients that penetrate into the inside of human hair and hair treatment effect using infrared microspectroscopy. |
Satoshi Inamasu |
Kracie Home Products, Ltd. |
Industry |
Industrial Applications |
12 |
Japan |
BL43IR |
Np |
398 |
2010A1156 |
Fine-structure of OH-stretching bands for calcic amphiboles at high pressures |
Kiyotaka Ishida |
Kyushu University |
Educational Organization |
Chemical Science |
6 |
Japan |
BL43IR |
Np |
399 |
2010A1199 |
Infrared Near-Field Spectroscopy by Infrared Synchrotron Raditaion |
Yuka Ikemoto |
JASRI |
National and Nonprofit Organization |
Materials Science and Engineering |
24 |
Japan |
BL43IR |
Np |
400 |
2010A1221 |
Distribution of lipids in intercellular space in stratum corneum detected by the infrared spectroscopy and change in infrared absorption by the administration of components of transdermal formulations |
Yasuko Obata |
Hoshi University |
Educational Organization |
Industrial Applications |
12 |
Japan |
BL43IR |
Np |