General Proposals 2017B (6/6)
| S/N | #1-100 | #101-200 | #201-300 | #301-400 | #401-506 | #501-618 |
CONTACT: SPring-8 Users Office; E-mail: sp8jasri@spring8.or.jp
* SPring-8 Research Proposals in Complementary Use with SACLA, J-PARC/MLF or 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 | 2017B1898 | Detailed Analysis of Coordination State for Rare Earth Metal Cations Adsorbed within Interlayer Space of γ-Zirconium Phosphate by Ion Exchange | Yasushi Nakajima | DAIICHI KIGENSO KAGAKU KOGYO CO., LTD. | Japan | Industry | Industrial Applications | 5.375 | BL14B2 | Np |
| 502 | 2017B1899 | Air/liquid interfacial synthesis of porous molecular nanosheets -structural analysis of nanosheets solid substrates and development of air/liquid in-situ grazing incident X-ray diffraction measurements- | Rie Makiura | Osaka Prefecture University | Japan | Educational Organization | Industrial Applications | 9 | BL19B2 | Np |
| 503 | 2017B1900 | Electronic states of new electrochemical catalysts treated under high-pressure conditions | Ikuya Yamada | Osaka Prefecture University | Japan | Educational Organization | Industrial Applications | 2 | BL14B2 | Np |
| 504 | 2017B1906 | The Assembly Structure Analysis of New Zigzag-type Polymer Organic Semiconductor Materials in Thin Film | Daiji Ikeda | Daicel Corporation | Japan | Industry | Industrial Applications | 3 | BL19B2 | Np |
| 505 | 2017B1907 | Change of reduction behavior and local structure of chemically delithiated Li1.2-x(Mn,Ni,Co)0.8O2-d during Mg intercalation in first discharge process | Yasushi Idemoto | Tokyo University of Science | Japan | Educational Organization | Industrial Applications | 2 | BL14B2 | Np |
| 506 | 2017B1908 | Observation of rolling contact fatigue damage process just before and after flaking occurring in the material with sulphide inclusions oriented in rolling direction and dispersive oxide inclusions by SR X-ray laminography | Taizo Makino | NIPPON STEEL ＆ SUMITOMO METAL CORPORATION | Japan | Industry | Industrial Applications | 3 | BL46XU | Np |
| 507 | 2017B1909 | Analysis on interface phase of reactive-plasma-deposited transparent-conductive-oxide film in silicon heterojunction solar cell stacks | Takefumi Kamioka | Toyota Technological Institute | Japan | Educational Organization | Industrial Applications | 6 | BL46XU | Np |
| 508 | 2017B1910 | To elucidate the action mechanism of moisturizer application by measurement the structural changes of human stratum corneum that was treated with the moisturizer in the wetting process and drying process (4). | takeshi yamada | SAKAMOTO YAKUHIN KOGYO CO., LTD | Japan | Industry | Industrial Applications | 6 | BL19B2 | Np |
| 509 | 2017B1914 | Elucidation of Crystal Growth Mechanism of Metal Organic Frameworks (MOFs) in Micro flow Reactor | Daisuke Tanaka | Kwansei Gakuin University | Japan | Educational Organization | Industrial Applications | 5.625 | BL14B2 | Np |
| 510 | 2017B1916 | XAFS Structure Analysis of Immobilized Metal Complexes Aiming for Novel Catalysis | Kenji Hara | Tokyo University of Technology | Japan | Educational Organization | Industrial Applications | 6 | BL14B2 | Np |
| 511 | 2017B1918 | Operando SR-XRD study of all-solid-state Li-ion battery(1) | Tomoki Uchiyama | Kyoto University | Japan | Educational Organization | Industrial Applications | 2.875 | BL19B2 | Np |
| 512 | 2017B1919 | Operando SR-XAFS study of all-solid-state Li-ion battery(1) | Tomoki Uchiyama | Kyoto University | Japan | Educational Organization | Industrial Applications | 3 | BL14B2 | Np |
| 513 | 2017B1920 | Study of the detection limit at a low concentration sample by round-robin measurement of fluorescence X-ray absorption spectroscopy | Takeshi Watanabe | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Industrial Applications | 3 | BL14B2 | Np |
| 514 | 2017B1921 | In situ X-ray scattering measurement during the morphological change of PtCo nanoparticles for fuel cell catalysts to a highly-durable structure by the electrochemical treatment | Junji Inukai | University of Yamanashi | Japan | Educational Organization | Industrial Applications | 8.875 | BL19B2 | Np |
| 515 | 2017B1922 | Study on vulcanization of guayule natural rubber - Effect of non-rubber components - | Yuko Ikeda | Kyoto Institute of Technology | Japan | Educational Organization | Industrial Applications | 5.625 | BL14B2 | Np |
| 516 | 2017B1923 | The effect of reactive element on formation of Al2O3 scale on heat resistant ferritic stainless steels | Shigenari Hayashi | Hokkaido University | Japan | Educational Organization | Industrial Applications | 6 | BL19B2 | Np |
| 517 | 2017B1924 | Development of in situ small angle X-ray scattering and quick X-ray absorption spectroscopy systems at BL19B2 | Takeshi Watanabe | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Industrial Applications | 5.625 | BL19B2 | Np |
| 518 | 2017B1925 | Crystal structure analysis of solid electrolyte and coating materials on the surface of cathode active material | Tomoyuki Tsujimura | Samsung R&D Institute Japan | Japan | Industry | Industrial Applications | 1 | BL19B2 | P |
| 519 | 2017B1926 | Structural investigation on functional materials by SAXS/USAXS. | Akinori Sugishima | FUJIFILM Corporation | Japan | Industry | Industrial Applications | 1 | BL19B2 | P |
| 520 | 2017B1927 | HAXPES study of Ferroelectric Thin films interface | Masayuki Omoto | Seiko Epson Corporation | Japan | Industry | Industrial Applications | 1 | BL46XU | P |
| 521 | 2017B1928 | HAXPES analysis of chemical states at interfaces of micro devices8. | Yugo Kubo | Sumitomo Electric Industries, Ltd. | Japan | Industry | Industrial Applications | 6 | BL46XU | P |
| 522 | 2017B1932* | Local structural analyses of phase transition for garnet-type lithium ion conductor Li7La3Zr2O12 using high temperature in-situ XAS | Takanori Itoh | NISSAN ARC, LTD. | Japan | Industry | Industrial Applications | 6 | BL14B2 | Np |
| 523 | 2017B1933 | Analysys on the effect of Cr carbide precipitates on strain induced martensite transformation of ultrafine grained structure austenitic stainless steel | Shiro Torizuka | University of Hyogo | Japan | Educational Organization | Industrial Applications | 3 | BL19B2 | Np |
| 524 | 2017B1934 | Analysis of Mn-C Cluster in high strength and high ductility Fe-Mn-C martensitic steels by XAFS | Shiro Torizuka | University of Hyogo | Japan | Educational Organization | Industrial Applications | 3 | BL14B2 | Np |
| 525 | 2017B2502 | Structural studies for the elucidation of the molecular mechanism on tumor suppressor proteins in organ-size determination. | Tomoyuki Mori | Nara Institute of Science and Technology | Japan | Educational Organization | Life Science | 2 | PX-BL (BL41XU) | Np |
| 526 | 2017B2504 | Structural analysis of G3Amy-CD and mutants from Kitasatospora MK-1785 with substrate | Jun-ichi Sumitani | Osaka Prefecture University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL26B1) | Np |
| 527 | 2017B2505 | Structures of NPY1 and NK1 receptors in complex with different ligands | Qiang Zhao | Chinese Academy of Sciences | China | Foreign | Life Science | 8 | PX-BL (BL41XU) | Np |
| 528 | 2017B2506 | Structural studies of class B G protein-coupled receptors | Beili Wu | Chinese Academy of Sciences | China | Foreign | Life Science | 7 | PX-BL (BL41XU) | Np |
| 529 | 2017B2509 | Structural study of basal transcription factors. | Takayuki Obita | University of Toyama | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 530 | 2017B2510 | Structural analysis of phospholipid scramblase | Shigekazu Nagata | Osaka University | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) | Np |
| 531 | 2017B2511 | Clarification of the structural properties for the elicitation of the sweetness of proteins by the X-ray analysis at atomic resolution | Tetsuya Masuda | Kyoto University | Japan | Educational Organization | Life Science | 12 | PX-BL (BL26B1) | Np |
| 532 | 2017B2512 | Structural investigation of the light-harvesting reaction center complexes from a thermophilic photosynthetic bacterium | Seiu Otomo | Ibaraki University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 533 | 2017B2513 | Molecular assembly of peroxiredoxins | Tsutomu Nakamura | National Institute of Advanced Industrial Science and Technology | Japan | National and Nonprofit Organization | Life Science | 3 | PX-BL (BL38B1) | Np |
| 534 | 2017B2514 | Molecular bases of selective interaction between invertebrate nicotinic acetylcholine receptor and neonicotioids | Makoto Ihara | Kindai University | Japan | Educational Organization | Life Science | 5 | PX-BL (BL26B1) | Np |
| 535 | 2017B2516 | Analysis of the interaction between an RNA aptamer and its target protein | Shigeru Sugiyama | Kochi University | Japan | Educational Organization | Life Science | 2.875 | PX-BL (BL26B1) | Np |
| 536 | 2017B2517 | Elucidation of the reaction mechanism for hydrogen decomposition on [NiFe] hydrogenase | Koji Nishikawa | University of Hyogo | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 537 | 2017B2519 | Structural of human glucagon-like peptide 1 receptors in complex with different ligands | Zhi-Jie Liu | ShanghaiTech University | China | Foreign | Life Science | 7.625 | PX-BL (BL41XU) | Np |
| 538 | 2017B2520 | Structural studies of human alpha adrenergic receptors in complex with different ligands | Raymond Stevens | ShanghaiTech University | China | Foreign | Life Science | 6.625 | PX-BL (BL41XU) | Np |
| 539 | 2017B2522 | Improvement of the protein crystallography beamline BL41XU | Kazuya Hasegawa | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 3 | PX-BL (BL41XU) | Np |
| 540 | 2017B2523 | Structural analysis of TRIC channels involved in Ca2+ release from intracellular stores | Motoyuki Hattori | Fudan University | China | Foreign | Life Science | 6 | PX-BL (BL41XU) | Np |
| 541 | 2017B2524 | X-ray crystal structure determination of human G protein-coupled receptors | So Iwata | RIKEN | Japan | National and Nonprofit Organization | Life Science | 5.625 | PX-BL (BL32XU) | Np |
| 542 | 2017B2526 | Studies on structure-function relationships in protein dynamic motions at physiological temperatures. | Tetsuya Masuda | Kyoto University | Japan | Educational Organization | Life Science | 8.5 | PX-BL (BL38B1) | Np |
| 543 | 2017B2528 | Structural insights into the highly activation of industrial enzymes by surface engineering. | Takafumi Itoh | Fukui Prefectural University | Japan | Educational Organization | Life Science | 4.5 | PX-BL (BL26B1, BL26B2) | Np |
| 544 | 2017B2529 | Crystallographic studies on the active metal-site of the oxygen-evolving reaction in Photosystem II by anomalous scattering | Yasufumi Umena | Okayama University | Japan | Educational Organization | Life Science | 20.875 | PX-BL (BL38B1, BL41XU) | Np |
| 545 | 2017B2530 | Structural study of an archaeal GAN working for both DNA replication and repair as a helicase activator | Takuji Oyama | University of Yamanashi | Japan | Educational Organization | Life Science | 14.875 | PX-BL (BL26B1) | Np |
| 546 | 2017B2531 | Structure based design of allosteric modulators for beta2 adrenergic receptor and M3 muscarinic receptor | Brian Kobilka | Stanford University | USA | Foreign | Life Science | 4.5 | PX-BL (BL32XU) | Np |
| 547 | 2017B2535 | Crystal structure analysis of photosystem II reaction intermediates and photosynthetic light-harvesting membrane proteins | Jian-Ren Shen | Okayama University | Japan | Educational Organization | Life Science | 9 | PX-BL (BL41XU) | Np |
| 548 | 2017B2536 | Structural analysis of tyrosine sulfotransferase | Yoshimitsu Kakuta | Kyushu University | Japan | Educational Organization | Life Science | 8.875 | PX-BL (BL26B1, BL26B2) | Np |
| 549 | 2017B2537 | Structural biology of [NiFe] hydrogenase in complex with its maturation proteins | Kunio Miki | Kyoto University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL41XU) | Np |
| 550 | 2017B2540 | X-ray crystallography of novel glycoside hydrolases from Bifidobacteria acting on plant and human glycans | Shinya Fushinobu | The University of Tokyo | Japan | Educational Organization | Life Science | 2.625 | PX-BL (BL26B1) | Np |
| 551 | 2017B2542 | Study for optimizing and generalizing the charge density analyses of proteins | Kazuki Takeda | Kyoto University | Japan | Educational Organization | Life Science | 2.5 | PX-BL (BL41XU) | Np |
| 552 | 2017B2543 | Structural study of mechanisms for allosteric regulation of extracellular domains of class C GPCRs | Atsuko Yamashita | Okayama University | Japan | Educational Organization | Life Science | 1.625 | PX-BL (BL41XU) | Np |
| 553 | 2017B2544 | Direct observation of the conformational change of copper amine oxidase using HAG method | Takeshi Murakawa | Educational Foundation of Osaka Medical and Pharmaceutical University Headquarters | Japan | Educational Organization | Life Science | 11.875 | PX-BL (BL38B1) | Np |
| 554 | 2017B2545 | Structural analysis of membrance pore-formation protein with insecticidal activity | Min Yao | Hokkaido University | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) | Np |
| 555 | 2017B2546 | Elucidation of amylase function by X-ray analysis with freezing and non-freezing crystals. | Bunzo Mikami | Kyoto University | Japan | Educational Organization | Life Science | 12 | PX-BL (BL26B1) | Np |
| 556 | 2017B2547 | Structural and Functional Analyses of protein-related enzymes applied for food industry | Bunzo Mikami | Kyoto University | Japan | Educational Organization | Life Science | 13.5 | PX-BL (BL26B1, BL38B1) | Np |
| 557 | 2017B2548 | High Resolution X-ray Crystallographic Analyses of Bioluminescent Protein | Toru Nakatsu | Kyoto University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 558 | 2017B2551 | Structural biology of protein complex involved in DNA replication | Koji Kato | Hokkaido University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 559 | 2017B2552 | Structural Study of gravity signaling in plant root | Yoshinori Hirano | Nara Institute of Science and Technology | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) | Np |
| 560 | 2017B2555 | Elucidation of molecular mechanisms of Complex IV (cytochrome c oxidase) by using activation ligands. | Seiji Takashima | Osaka University | Japan | Educational Organization | Life Science | 18 | PX-BL (BL26B1) | Np |
| 561 | 2017B2557 | Structure determination of membrane protein complex for protein translocation and integration | Tomoya Tsukazaki | Nara Institute of Science and Technology | Japan | Educational Organization | Life Science | 4.25 | PX-BL (BL32XU) | Np |
| 562 | 2017B2558 | Structural studies for the regulatory mechanism of the chromatin function by chromatin-binding factors | Hitoshi Kurumizaka | Waseda University | Japan | Educational Organization | Life Science | 6.875 | PX-BL (BL41XU) | Np |
| 563 | 2017B2559 | The permeation mechanism of monocarboxylates by an acetate transporter | Jun Liao | ShanghaiTech University | China | Foreign | Life Science | 2 | PX-BL (BL41XU) | Np |
| 564 | 2017B2560 | Conformational changes of MEK1 by phosphorylation | Setsu Nakae | Nagahama Institute of Bio-Science and Technology | Japan | Educational Organization | Life Science | 9 | PX-BL (BL38B1) | Np |
| 565 | 2017B2562 | Development of room-temperature measurement and quality evaluation system for protein crystals at BM-BLs | Seiki Baba | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 60.5 | PX-BL (BL26B1, BL38B1) | Np |
| 566 | 2017B2566 | In vivo metal accumulation to the protein micro crystals toward in vivo molecular transformation | Satoshi Abe | Tokyo Institute of Technology | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL32XU) | Np |
| 567 | 2017B2567 | Crystal structure of ribonucleic acid - protein complex enzyme RNase P | Takashi Nakashima | Kyushu University | Japan | Educational Organization | Life Science | 9 | PX-BL (BL26B1) | Np |
| 568 | 2017B2568 | Analyses of rotation mechanims of F1 motor by angle-divided X-ray crystallographic study. | Toshiharu Suzuki | The University of Tokyo | Japan | Educational Organization | Life Science | 9 | PX-BL (BL38B1, BL41XU) | Np |
| 569 | 2017B2569 | Determination of radiation-free x-ray structure of feredoxin from T. elongates. | Hideaki Tanaka | Osaka University | Japan | Educational Organization | Life Science | 5.5 | PX-BL (BL26B1, BL26B2) | Np |
| 570 | 2017B2570 | Structure and functional analysis of the polymer synthase | Hiroyoshi Matsumura | Ritsumeikan University | Japan | Educational Organization | Life Science | 12 | PX-BL (BL26B1, BL38B1) | Np |
| 571 | 2017B2571 | Development of Protein Structure Analysis using inVivo Protein Micro Crystals from Native Insect Virus | Takafumi Ueno | Tokyo Institute of Technology | Japan | Educational Organization | Life Science | 9 | PX-BL (BL26B1) | Np |
| 572 | 2017B2572 | X-ray crystal structure analysis of magnetically oriented photosystem II crystals | Keisuke Kawakami | Osaka City University | Japan | Educational Organization | Life Science | 6 | PX-BL (BL38B1) | Np |
| 573 | 2017B2573 | Structure analysis of voltage-sensing protein family | Atsushi Nakagawa | Osaka University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL32XU) | Np |
| 574 | 2017B2574 | Oligomerization mechanism of an H-NS family protein TurB in Pseudomonas putida KT2440 | Chiho Suzuki-Minakuchi | The University of Tokyo | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B2) | Np |
| 575 | 2017B2575 | Structural analysis of membrane proteins involved in iron uptake system | Hiroshi Sugimoto | RIKEN | Japan | National and Nonprofit Organization | Life Science | 5 | PX-BL (BL41XU, BL32XU) | Np |
| 576 | 2017B2576 | Structural analysis of nucleic-acid processing enzymes causing severe mitochondrial diseases | Yoshitaka Bessho | Academia Sinica | Taiwan, ROC | Foreign | Life Science | 4.5 | PX-BL (BL32XU) | Np |
| 577 | 2017B2577 | Structural elucidation of nonribosomal peptide synthetase, FmoA3 | Yohei Katsuyama | The University of Tokyo | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 578 | 2017B2578 | Structural analysis of membrane transporters | Ryuichiro Ishitani | The University of Tokyo | Japan | Educational Organization | Life Science | 12 | PX-BL (BL32XU) | Np |
| 579 | 2017B2579 | X-ray crystallography on binding modes of inhibitors of the mammalian glucose transporter GLUT5 | Norimichi Nomura | Kyoto University | Japan | Educational Organization | Life Science | 6.5 | PX-BL (BL41XU) | Np |
| 580 | 2017B2580 | Crystallographic analysis of tenuazonic acid synthase TAS1 | Tomoya Hino | Tottori University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 581 | 2017B2581 | Structural basis for the stress response mechanism by eukaryotic translation initiation factors | Takuhiro Ito | RIKEN | Japan | National and Nonprofit Organization | Life Science | 2 | PX-BL (BL41XU) | Np |
| 582 | 2017B2582 | Crystallography of membrane receptor complexes associated with synaptic pathology | Shuya Fukai | The University of Tokyo | Japan | Educational Organization | Life Science | 2.75 | PX-BL (BL41XU) | Np |
| 583 | 2017B2583 | Complex formation and inhibition of Ras signal transduction protein | Takashi Kawamura | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 14 | PX-BL (BL38B1) | Np |
| 584 | 2017B2585 | Structural basis of the activation mechanism of highly substrate-specific LAOs. | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 1.125 | PX-BL (BL26B1) | Np |
| 585 | 2017B2588 | Structural basis of the torque generation unit of the bacterial flagellar motor. | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 1.375 | PX-BL (BL41XU) | Np |
| 586 | 2017B2589 | Structural analysis of BEC, a novel binary enterotoxin of Clostridium perfringens | Shota Nakamura | Osaka University | Japan | Educational Organization | Life Science | 9 | PX-BL (BL38B1) | Np |
| 587 | 2017B2590 | High-resolution crystal structure analysis of LH1-RC core complex from purple photosynthetic bacteria | Long-Jiang Yu | Okayama University | Japan | Educational Organization | Life Science | 3.5 | PX-BL (BL41XU) | Np |
| 588 | 2017B2591 | Structural basis of the bacterial type III protein export apparatus | Katsumi Imada | Osaka University | Japan | Educational Organization | Life Science | 1.5 | PX-BL (BL41XU) | Np |
| 589 | 2017B2592 | Structural biology of bacterial transporters and degrading enzymes acting on host cell-surface polysaccharides | Wataru Hashimoto | Kyoto University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL38B1) | Np |
| 590 | 2017B2595 | Crystallography of the Parkinson's disease-related ubiquitin kinase PINK1 | Shuya Fukai | The University of Tokyo | Japan | Educational Organization | Life Science | 3.5 | PX-BL (BL41XU) | Np |
| 591 | 2017B2596 | Crystallography of REI-1, the nucleotide exchange factor for small GTPase Rab11 | Shuya Fukai | The University of Tokyo | Japan | Educational Organization | Life Science | 2 | PX-BL (BL41XU) | Np |
| 592 | 2017B2597 | High-resolution X-ray crystallographic analysis of fully reduced cytochrome c oxidase at room temperature | Atsuhiro Shimada | Gifu University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL38B1) | Np |
| 593 | 2017B2598 | Structural analysis of a cardiolipin synthase in mitochondrial inner membrane | Yasunori Watanabe | Ehime University | Japan | Educational Organization | Life Science | 10.5 | PX-BL (BL38B1, BL32XU) | Np |
| 594 | 2017B2599 | Evaluation of mixed-valence state of oxygen-evolving complex in photosystem II | Nobuo Kamiya | Osaka City University | Japan | Educational Organization | Life Science | 12 | PX-BL (BL26B1) | Np |
| 595 | 2017B2600 | Elucidation of Mechanism for Rapid NO Elimination by Denitrification Proteins | Takehiko Tosha | RIKEN | Japan | National and Nonprofit Organization | Life Science | 6.5 | PX-BL (BL41XU) | Np |
| 596 | 2017B2601 | Crystallographic study of leukotriene B4 receptor, BLT1 | Tetsuya Hori | RIKEN | Japan | National and Nonprofit Organization | Life Science | 4.5 | PX-BL (BL32XU) | Np |
| 597 | 2017B2701 | Structural and functional analysis of active-transport proteins | Kazuhiro Abe | Nagoya University | Japan | Educational Organization | Life Science | 7.375 | PX-BL (BL41XU) | Np |
| 598 | 2017B2703 | X-ray crystal structure analysis of Cut190 and its substrate complex structure | Satomi Inaba | Japan Synchrotron Radiation Research Institute | Japan | National and Nonprofit Organization | Life Science | 3 | PX-BL (BL38B1) | Np |
| 599 | 2017B2704 | Crystallographic study of the Class Frizzled GPCRs | Fei Xu | ShanghaiTech University | China | Foreign | Life Science | 6.75 | PX-BL (BL41XU) | Np |
| 600 | 2017B2708 | Elucidation of reaction mechanism of novel hexosamine isomerase isolated from archaea | Shogo Nakano | University of Shizuoka | Japan | Educational Organization | Life Science | 3 | PX-BL (BL38B1) | Np |
| 601 | 2017B2709 | Crystal structure determination of the human herpesvirus 6B glycoprotein complex | Mitsuhiro Nishimura | Kobe University | Japan | Educational Organization | Life Science | 8.375 | PX-BL (BL26B1, BL38B1) | Np |
| 602 | 2017B2712 | The structure basis for substrate recognition by β-galactosidase from tomato | Megumi Ishimaru | Kindai University | Japan | Educational Organization | Life Science | 4 | PX-BL (BL38B1) | Np |
| 603 | 2017B2713 | X-ray crystallographic analysis of complex formed between Sendai virus C protein and its inhibitors. | Takemasa Sakaguchi | Hiroshima University | Japan | Educational Organization | Life Science | 7.875 | PX-BL (BL26B1, BL38B1) | Np |
| 604 | 2017B2715 | Structural analysis of the receptors involved in metabolic syndrome in complex with ligands. | Hiroaki Tanabe | RIKEN | Japan | National and Nonprofit Organization | Life Science | 4.5 | PX-BL (BL32XU) | Np |
| 605 | 2017B2717 | Structural analysis of the substrate biding subunit of ABC transporter | Shunsuke Yajima | Tokyo University of Agriculture | Japan | Educational Organization | Life Science | 1 | PX-BL (BL38B1) | Np |
| 606 | 2017B2720 | High resolution crystal structure study of F-form actin | Shuichi Takeda | Nagoya University | Japan | Educational Organization | Life Science | 0.5 | PX-BL (BL41XU) | Np |
| 607 | 2017B2722 | 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 | 6 | PX-BL (BL38B1) | Np |
| 608 | 2017B2725 | Observation of hydrogen atoms of glycoside hydrolases at ultra-high resolution. | Takayoshi Tagami | Hokkaido University | Japan | Educational Organization | Life Science | 2 | PX-BL (BL38B1) | Np |
| 609 | 2017B2726 | Structural study of ethambutol drug target membrane proteins from Mycobacterium tuberculosis | Zihe Rao | ShanghaiTech University | China | Foreign | Life Science | 5 | PX-BL (BL41XU) | Np |
| 610 | 2017B2727 | Structural basis for sequence-specific translation inhibition by a small molecule | Takuhiro Ito | RIKEN | Japan | National and Nonprofit Organization | Life Science | 3.5 | PX-BL (BL41XU) | Np |
| 611 | 2017B2728 | Crystallographic study for porphyrin modification in biological systems | Kazuki Takeda | Kyoto University | Japan | Educational Organization | Life Science | 4 | PX-BL (BL41XU) | Np |
| 612 | 2017B2730 | Elucidation of the mechanism of gene expression regulated by an archaeal transcription factor Tar | Akira Hirata | Ehime University | Japan | Educational Organization | Life Science | 5.625 | PX-BL (BL38B1) | Np |
| 613 | 2017B2731 | Structural Studies of Muscarinic Acetycholine Receptors | David Thal | Monash University | Australia | Foreign | Life Science | 1.5 | PX-BL (BL32XU) | Np |
| 614 | 2017B2733 | Crystallographic analysis of temperature sensing ion channels. | Tomoya Hino | Tottori University | Japan | Educational Organization | Life Science | 1 | PX-BL (BL41XU) | Np |
| 615 | 2017B2734 | High-resolution crystallographic analysis of [NiFe] hydrogenase from Desulfovibrio vulgaris Miyazaki F | Takeshi Hiromoto | University of Hyogo | Japan | Educational Organization | Life Science | 4 | PX-BL (BL26B2, BL41XU) | Np |
| 616 | 2017B2735 | Crystallographic study of tetrameric channels. | Katsumasa Irie | Nagoya University | Japan | Educational Organization | Life Science | 3.875 | PX-BL (BL41XU) | Np |
| 617 | 2017B2736 | Precise Crystal Structure Analysis of Water’s Molecular Network in the Enzyme Active Site. | Takao Hibi | Fukui Prefectural University | Japan | Educational Organization | Life Science | 3 | PX-BL (BL26B1) | Np |
| 618 | 2017B2737 | Crystallographic analyses of reaction states of anion-pumping rhodopsin | Tsutomu Kouyama | Nagoya University | Japan | Educational Organization | Life Science | 2 | PX-BL (BL26B1) | Np |