2019A, General Proposals (6/6)
| S/N | #1-100 | #101-200 | #201-300 | #301-400 | #401-500 | #501-545 |
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* SPring-8 Research Proposals in Complementary Use with SACLA, J-PARC/MLF or Supercomputers (public computational resource of HPCI including the K computer).
| S/N | Proposal Number | Proposal Title | Project Leader | Affiliation | Country | Affiliation Category | Research Category | Shift | Beamline | Proprietary(P)/ Non-proprietary(Np) |
| 501 | 2019A2533 | Structural Studies of type VI CRISPR-Cas system and mechanism basis for diverse RNA manipulation applications | Yanli Wang | Chinese Academy of Sciences | China | Foreign | Life Science | 3 | PX-BL (BL41XU) |
Np |
| 502 | 2019A2534 | Structural analyses of the role of nucleic-acid processing enzymes in severe mitochondrial diseases | Yoshitaka Bessho | Academia Sinica | Taiwan, ROC | Foreign | Life Science | 3 | PX-BL (BL32XU) |
Np |
| 503 | 2019A2535 | Structural study of Importinβ and repeat-peptide | Takuya Yoshizawa | Ritsumeikan University | Japan | Educational Organization | Life Science | 5 | PX-BL (BL26B1) |
Np |
| 504 | 2019A2537 | Elucidating the initiation mechanism of telomere bouquet formation by crystallography | Min Yao | Hokkaido University | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) |
Np |
| 505 | 2019A2539 | Structural study of extracellular domains of T1r taste receptors and its extension for understandings receptor functions and molecular phylogeny | Atsuko Yamashita | Okayama University | Japan | Educational Organization | Life Science | 2 | PX-BL (BL41XU) |
Np |
| 506 | 2019A2540 | X-ray structure analyses of arginine kinase 3 (AK3) in the ciliate Paramecium tetraurelia | Shigeru Sugiyama | Kochi University | Japan | Educational Organization | Life Science | 1.125 | PX-BL (BL45XU) |
Np |
| 507 | 2019A2541 | Structural studies of somatostatin receptors | Qiang Zhao | Chinese Academy of Sciences | China | Foreign | Life Science | 4.5 | PX-BL (BL41XU) |
Np |
| 508 | 2019A2542 | Molecular basis analysis of the activation and inhibition of JAK-STAT signal pathway | Toyoyuki Ose | Hokkaido University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL45XU) |
Np |
| 509 | 2019A2543 | Structural studies of formyl peptide receptors in complex with different ligands | Beili Wu | Chinese Academy of Sciences | China | Foreign | Life Science | 8.375 | PX-BL (BL41XU) |
Np |
| 510 | 2019A2545 | Structural basis for the transport mechanism of cell-adhesion molecules to promote synaptic differentiation | Atsushi Yamagata | RIKEN | Japan | National and Nonprofit Organization | Life Science | 3.5 | PX-BL (BL41XU) |
Np |
| 511 | 2019A2546 | Structural analysis of the receptors involved in metabolic syndrome in complex with ligands | Hiroaki Tanabe | RIKEN | Japan | National and Nonprofit Organization | Life Science | 3 | PX-BL (BL32XU) |
Np |
| 512 | 2019A2548 | Development of high efficiency data collection system using high intensity X-ray at BL45XU | Seiki Baba | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 40.125 | PX-BL (BL45XU) |
Np |
| 513 | 2019A2549 | Structura basis of adhesion and growth of Type V pili | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL45XU) |
Np |
| 514 | 2019A2550 | Structural basis of the motility of Mollicutes bacteria | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL45XU) |
Np |
| 515 | 2019A2551 | Structural basis of rotational mechanism of the bacterial flagellar motor. | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL41XU, BL45XU) |
Np |
| 516 | 2019A2552 | Direct observation of the conformational change of copper amine oxidase using HAG method | Takeshi Murakawa | Osaka Medical College | Japan | Educational Organization | Life Science | 12 | PX-BL (BL26B1) |
Np |
| 517 | 2019A2557 | Structural biology of interaction system between bacteria and animals/plants through mucus from host cells | Wataru Hashimoto | Kyoto University | Japan | Educational Organization | Life Science | 3.875 | PX-BL (BL26B1) |
Np |
| 518 | 2019A2558 | Structural studies of a membrane protein involved in phospholipid biosynthesis | Zhenfeng Liu | Chinese Academy of Sciences | China | Foreign | Life Science | 3 | PX-BL (BL41XU) |
Np |
| 519 | 2019A2559* | Crystal structure analysis of photosystem II water-splitting reaction intermediates and its complexes with inhibitors | Jian-Ren Shen | Okayama University | Japan | Educational Organization | Life Science | 11.5 | PX-BL (BL41XU) |
Np |
| 520 | 2019A2560 | Optimizing and generalizing the charge density analyses of biological macromolecules | Kazuki Takeda | Kyoto University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL41XU) |
Np |
| 521 | 2019A2561 | Structure analysis of peptide fused proteins using in cell protein crystallization | Satoshi Abe | Tokyo Institute of Technology | Japan | Educational Organization | Life Science | 6 | PX-BL (BL32XU) |
Np |
| 522 | 2019A2562 | Crystallographic valence studies on the active metal-site of the oxygen-evolving reaction in Photosystem II in intermediate state condition by anomalous scattering | Yasufumi Umena | Okayama University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL41XU) |
Np |
| 523 | 2019A2563 | Construction of metal binding sites by amino acid replacement on the interior surface of caged protein, ferritin for analysis of coordination structure | Satoshi Abe | Tokyo Institute of Technology | Japan | Educational Organization | Life Science | 6 | PX-BL (BL45XU) |
Np |
| 524 | 2019A2564 | X-ray crystallography of Npl4 in complex with a Lys48-linked ubiquitin chain and a cofactor. | Shuya Fukai | The University of Tokyo | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) |
Np |
| 525 | 2019A2570 | Structural analysis of effector VepA in complex with chaperone VecA from Vibrio parahaemolyticus | Shota Nakamura | Osaka University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL26B1) |
Np |
| 526 | 2019A2571 | Structural analysis of GMPR, GMPS, and IMPDH from Trypanosoma brucei cocrystalized with the substrate or the inhibitor | Shigenori Nishimura | Osaka Prefecture University | Japan | Educational Organization | Life Science | 3.25 | PX-BL (BL26B1, BL45XU) |
Np |
| 527 | 2019A2574 | Structural analysis of chemokine receptor CXCR2 with the monoclonal antibody. | Shigeyuki Yokoyama | RIKEN | Japan | National and Nonprofit Organization | Life Science | 3 | PX-BL (BL32XU) |
Np |
| 528 | 2019A2575 | Structural Study on Metalloenzymes Related to NO Decomposition | Takehiko Tosha | RIKEN | Japan | National and Nonprofit Organization | Life Science | 7 | PX-BL (BL26B1, BL45XU, BL32XU) |
Np |
| 529 | 2019A2576 | Structural study for a novel transcriptional regulation in plant root development | Yoshinori Hirano | The University of Tokyo | Japan | Educational Organization | Life Science | 1.875 | PX-BL (BL45XU) |
Np |
| 530 | 2019A2577 | Structure analysis of novel types of rhodopsin | Tomohiro Nishizawa | The University of Tokyo | Japan | Educational Organization | Life Science | 6 | PX-BL (BL32XU) |
Np |
| 531 | 2019A2581 | Crystal Structure analysis of immune receptors | Umeharu Ohto | The University of Tokyo | Japan | Educational Organization | Life Science | 2.875 | PX-BL (BL45XU) |
Np |
| 532 | 2019A2582 | Structural basis for substrate recognition by a phosphatidylserine decarboxylase | Yasunori Watanabe | Ehime University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL41XU) |
Np |
| 533 | 2019A2583 | Structural study of ethambutol drug target membrane proteins from Mycobacterium tuberculosis (continued) | Zihe Rao | ShanghaiTech University | China | Foreign | Life Science | 6 | PX-BL (BL41XU) |
Np |
| 534 | 2019A2701 | X-ray crystallography of human herpesvirus 6B glycoprotein complex bound by antibody Fab | Mitsuhiro Nishimura | Kobe University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL26B1) |
Np |
| 535 | 2019A2703 | Structural and functional analysis of active-transport proteins | Kazuhiro Abe | Nagoya University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL41XU) |
Np |
| 536 | 2019A2704 | Structural basis of diverse ligand modulation to the apelin receptor | Fei Xu | ShanghaiTech University | China | Foreign | Life Science | 10 | PX-BL (BL41XU) |
Np |
| 537 | 2019A2705 | Charge density analysis for the photo-excited state of green fluorescent protein | Kazuki Takeda | Kyoto University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL41XU) |
Np |
| 538 | 2019A2706 | X-ray crystallographic analysis of bacteriorhodopsin at ultra-high resolution | Kazuki Takeda | Kyoto University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL41XU) |
Np |
| 539 | 2019A2707 | Crystal structure analysis of high order oligomers for elucidation of protein polymerization mechanism | Satoshi Nagao | Nara Institute of Science and Technology | Japan | Educational Organization | Life Science | 4.25 | PX-BL (BL26B1, BL45XU) |
Np |
| 540 | 2019A2708 | Charge density analysis of protein mycobacterium tuberculosis NrdH at an ultra-high resolution | Parthapratim Munshi | Shiv Nadar University | India | Foreign | Life Science | 1.5 | PX-BL (BL41XU) |
Np |
| 541 | 2019A2710 | Crystallographic study of tetrameric channels. | Katsumasa Irie | Nagoya University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL41XU, BL45XU) |
Np |
| 542 | 2019A2713 | Crystal Structure Analyses of Enzymes for Industrial Use | Takao Hibi | Fukui Prefectural University | Japan | Educational Organization | Life Science | 1 | PX-BL (BL26B1) |
Np |
| 543 | 2019A2718 | Structural Analysis of Measles Virus F Protein | Toru Nakatsu | Kyoto University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL45XU) |
Np |
| 544 | 2019A2719 | Development of the in situ measurement environment with a crystallization plate | Hideo Okumura | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 23.875 | PX-BL (BL26B1) |
Np |
| 545 | 2019A2720 | X-ray crystallographic analysis of complex formed between Sendai virus C protein and an inhibitor against Alix, the counterpart facilitating viral budding | Kosuke Oda | Hiroshima University | Japan | Educational Organization | Life Science | 5.5 | PX-BL (BL26B1) |
Np |