計算創薬科学分野

93  件  
※ 登録方法の違いにより重複して表示されている場合があります。

  1. Akiba, R; Moriwaki, Y; Ishitani, R; Yoshikawa, N: Multi-objective optimization for designing structurally similar proteins with dissimilar sequences SCIENCE AND TECHNOLOGY OF ADVANCED MATERIALS-METHODS. 2026.12; 6 (1): ( DOI )

  2. Nayuta Nagano, Koichi Kiuchi, Atsushi Minato, Shusuke Sato, Yoshitaka Moriwaki, Rolf Müller, Tadashi Eguchi, Fumitaka Kudo: 4″-Methyl-S-Adenosyl-L-Methionines Are Substrates for 4-Methylazetidinecarboxylic Acid Synthases ACS Chemical Biology. 2026.01; 21 (2): 224-229. ( DOI )

  1. Zhang Y, Ishitani R, Takemoto M, Tomita A: Generalizable compound protein interaction prediction with a model incorporating protein structure aware and compound property aware language model representations. Communications chemistry. 2025.12; 9 (1): 37. ( PubMed , DOI )

  2. Sano, FK; Shimizume, K; Kobayashi, K; Awazu, T; Kawakami, K; Akasaka, H; Kobayashi, TA; Tanaka, T; Okamoto, HH; Hirano, H; Kusakizako, T; Shihoya, W; Kise, Y; Itoh, Y; Ishitani, R; Okada, Y; Sako, Y; Yanagawa, M; Inoue, A; Nureki, O: Insights into G-protein coupling preference from cryo-EM structures of Gq-bound PTH1R NATURE CHEMICAL BIOLOGY. 2025.12; 21 (12): 1906-1914. ( PubMed , DOI )

  3. Ishitani, R; Moriwaki, Y: Improving Stereochemical Limitations in Protein-Ligand Complex Structure Prediction ACS OMEGA. 2025.11; 10 (46): 56075-56084. ( PubMed , DOI )

  4. Watanabe A, Ogiwara S, Saito M, Mishima M, Yamashina M, Ishitani R, Ito Y, Tanaka K, Koyano F, Yamano K, Kosako H, Moriwaki Y, Matsuda N: The reaction mechanism for glycolysis side product degradation by Parkinson's disease-linked DJ-1. Journal of Cell Biology. 2025.08; 224 (8): e202411078.. ( PubMed , DOI )

  5. Seiji Kawai, Masayuki Karasawa, Yoshitaka Moriwaki, Tohru Terada, Yohei Katsuyama, Yasuo Ohnishi: Structural Basis for the Catalytic Mechanism of ATP‐Dependent Diazotase CmaA6 Angewandte Chemie International Edition. 2025.04; e202505851. ( DOI )

  6. Tomohiro Noguchi, Fan Zhao, Yoshitaka Moriwaki, Hideaki Yamamoto, Kei Kudo, Ryuhei Nagata, Takeo Tomita, Tohru Terada, Kentaro Shimizu, Makoto Nishiyama, Tomohisa Kuzuyama: Biosynthesis of the tetrahydroxynaphthalene-derived meroterpenoid furaquinocin via reductive deamination and intramolecular hydroalkoxylation of an alkene Chemical Science. 2025.03; 16 7912-7920. ( DOI )

  7. Ryuichiro Ishitani, Yoshitaka Moriwaki: Improving Stereochemical Limitations in Protein-Ligand Complex Structure Prediction bioRxiv. 2025.03; 10 (46): 56075-56084. ( DOI )

  8. Mori, T; Moriwaki, Y; Sakurada, K; Lyu, S; Kadlcik, S; Janata, J; Mazumdar, A; Koberska, M; Terada, T; Kamenik, Z; Abe, I: Molecular basis for the diversification of lincosamide biosynthesis by pyridoxal phosphate-dependent enzymes NATURE CHEMISTRY. 2025.02; 17 (2): 256-264. ( PubMed , DOI )

  1. Kim, G; Lee, S; Karin, EL; Kim, H; Moriwaki, Y; Ovchinnikov, S; Steinegger, M; Mirdita, M: Easy and accurate protein structure prediction using ColabFold NATURE PROTOCOLS. 2024.10; 20 (3): 620-642. ( PubMed , DOI )

  2. Ishitani, R; Takemoto, M; Tomii, K: Protein ligand binding site prediction using graph transformer neural network PLOS ONE. 2024.08; 19 (8): e0308425. ( PubMed , DOI )

  3. Homma, M; Wakabayashi, T; Moriwaki, Y; Shiotani, N; Shigeta, T; Isobe, K; Okazawa, A; Ohta, D; Terada, T; Shimizu, K; Mizutani, M; Takikawa, H; Sugimoto, Y: Insights into stereoselective ring formation in canonical strigolactone: Identification of a dirigent domaincontaining enzyme catalyzing orobanchol synthesis PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA. 2024.06; 121 (26): e2313683121. ( PubMed , DOI )

  1. Tomoki Sawa, Yoshitaka Moriwaki, Hanting Jiang, Kohji Murase, Seiji Takayama, Kentaro Shimizu, Tohru Terada: Comprehensive computational analysis of the SRK–SP11 molecular interaction underlying self-incompatibility in Brassicaceae using improved structure prediction for cysteine-rich proteins Computational and Structural Biotechnology Journal. 2023.10; 21 5228-5239. ( DOI )

  1. Kano Hasegawa, Yoshitaka Moriwaki, Tohru Terada, Cao Wei, Kentaro Shimizu: Feedback-AVPGAN: Feedback-guided generative adversarial network for generating antiviral peptides Journal of Bioinformatics and Computational Biology. 2022.12; 20 (06): ( DOI )

  2. Li Liu, Wen Song, Shijia Huang, Kai Jiang, Yoshitaka Moriwaki, Yichuan Wang, Yongfan Men, Dan Zhang, Xing Wen, Zhifu Han, Jijie Chai, Hongwei Guo: Extracellular pH sensing by plant cell-surface peptide-receptor complexes Cell. 2022.09; 185 (18): 3341-3355.e13. ( DOI )

  3. Molecular Design Method Using a Reversible Tree Representation of Chemical Compounds and Deep Reinforcement Learning. 2022.09; 62 (17): 4032-4048. ( PubMed , DOI )

  4. Shohei Yamaguchi, Haruka Nakashima, Yoshitaka Moriwaki, Tohru Terada, Kentaro Shimizu: Prediction of protein mononucleotide binding sites using AlphaFold2 and machine learning Computational Biology and Chemistry. 2022.07; 107744. ( DOI )

  5. Milot Mirdita, Konstantin Schütze, Yoshitaka Moriwaki, Lim Heo, Sergey Ovchinnikov, Martin Steinegger: ColabFold: making protein folding accessible to all Nature Methods. 2022.05; 19 (6): 679-682. ( DOI )

  6. Towards universal neural network potential for material discovery applicable to arbitrary combination of 45 elements. 2022.05; 13 (1): 2991. ( PubMed , DOI )

  7. Xiaoyu Yang, Natsuko I Kobayashi, Yoshiki Hayashi, Koichi Ito, Yoshitaka Moriwaki, Tohru Terada, Kentaro Shimizu, Motoyuki Hattori, Ren Iwata, Hisashi Suzuki, Tomoko M Nakanishi, Keitaro Tanoi: Mutagenesis Analysis of GMN Motif in Arabidopsis thaliana Mg2+ Transporter MRS2-1 Bioscience, Biotechnology, and Biochemistry. 2022.05; 86 (7): 870-874. ( PubMed , DOI )

  8. Hayama Tsutsumi, Yoshitaka Moriwaki, Tohru Terada, Kentaro Shimizu, Kazuo Shin‐ya, Yohei Katsuyama, Yasuo Ohnishi: Structural and Molecular Basis of the Catalytic Mechanism of Geranyl Pyrophosphate C6‐Methyltransferase: Creation of an Unprecedented Farnesyl Pyrophosphate C6‐Methyltransferase Angewandte Chemie International Edition. 2022.01; 61 (1): e202111217. ( DOI )

  9. Lateral access mechanism of LPA receptor probed by molecular dynamics simulation. 2022; 17 (2): e0263296. ( PubMed , DOI )

  1. Yanagisawa, K; Moriwaki, Y; Terada, T; Shimizu, K: EXPRORER: Rational Cosolvent Set Construction Method for Cosolvent Molecular Dynamics Using Large-Scale Computation JOURNAL OF CHEMICAL INFORMATION AND MODELING. 2021.06; 61 (6): 2744-2753. ( PubMed , DOI )

  2. Time-resolved serial femtosecond crystallography reveals early structural changes in channelrhodopsin. 2021.03; 10 ( PubMed , DOI )

  1. Structural biology of the multidrug and toxic compound extrusion superfamily transporters. 2020.12; 1862 (12): 183154. ( PubMed , DOI )

  2. Kohji Murase, Yoshitaka Moriwaki, Tomoyuki Mori, Xiao Liu, Chiho Masaka, Yoshinobu Takada, Ryoko Maesaki, Masaki Mishima, Sota Fujii, Yoshinori Hirano, Zen Kawabe, Koji Nagata, Tohru Terada, Go Suzuki, Masao Watanabe, Kentaro Shimizu, Toshio Hakoshima, Seiji Takayama: Mechanism of self/nonself-discrimination in Brassica self-incompatibility Nature Communications. 2020.10; 11 (4916): ( DOI )

  3. Miho Chikazawa, Yoshitaka Moriwaki, Mari Uramoto, Yoshio Yamauchi, Makoto Shimizu, Kentaro Shimizu, Ryuichiro Sato: Functional effect of nobiletin as a food-derived allosteric modulator of mouse CRFR2β in skeletal muscle Biochemical and biophysical research communications. 2020.08; 529 (2): 328-334. ( PubMed , DOI )

  4. Cryo-EM structure of the volume-regulated anion channel LRRC8D isoform identifies features important for substrate permeation. 2020.05; 3 (1): 240. ( PubMed , DOI )

  5. Identification of Potent In Vivo Autotaxin Inhibitors that Bind to Both Hydrophobic Pockets and Channels in the Catalytic Domain. 2020.03; 63 (6): 3188-3204. ( PubMed , DOI )

  6. Author Correction: Structural basis for the drug extrusion mechanism by a MATE multidrug transporter. 2020.02; 578 (7794): E19. ( PubMed , DOI )

  7. Crystal structure of Drosophila Piwi. 2020.02; 11 (1): 858. ( PubMed , DOI )

  8. Dissecting the stereocontrolled conversion of short-lived sulfenic acid by lachrymatory factor synthase 2020.01; 10 (1): 9-19. ( DOI )

  1. Chiba, S; Ohue, M; Gryniukova, A; Borysko, P; Zozulya, S; Yasuo, N; Yoshino, R; Ikeda, K; Shin, WH; Kihara, D; Iwadate, M; Umeyama, H; Ichikawa, T; Teramoto, R; Hsin, KY; Gupta, V; Kitano, H; Sakamoto, M; Higuchi, A; Miura, N; Yura, K; Mochizuki, M; Ramakrishnan, C; Thangakani, AM; Velmurugan, D; Gromiha, MM; Nakane, I; Uchida, N; Hakariya, H; Tan, MD; Nakamura, HK; Suzuki, SD; Ito, T; Kawatani, M; Kudoh, K; Takashina, S; Yamamoto, KZ; Moriwaki, Y; Oda, K; Kobayashi, D; Okuno, T; Minami, S; Chikenji, G; Prathipati, P; Nagao, C; Mohsen, A; Ito, M; Mizuguchi, K; Honma, T; Ishida, T; Hirokawa, T; Akiyama, Y; Sekijima, M: A prospective compound screening contest identified broader inhibitors for Sirtuin 1 SCIENTIFIC REPORTS. 2019.12; 9 (1): ( PubMed , DOI )

  2. Peng Lu, Yoshitaka Moriwaki, Mimin Zhang, Yukie Katayama, Yi Lu, Ken Okamoto, Tohru Terada, Kentaro Shimizu, Mengyao Wang, Takehiro Kamiya, Toru Fujiwara, Tomiko Asakura, Michio Suzuki, Etsuro Yoshimura, Koji Nagata: Functional characterisation of two ferric-ion coordination modes of TtFbpA, the periplasmic subunit of an ABC-type iron transporter from Thermus thermophilus HB8 Metallomics. 2019.10; 11 (12): 2078-2088. ( DOI )

  3. Yoshitaka Moriwaki, Mirai Yato, Tohru Terada, Seiji Saito, Noriyuki Nukui, Takumi Iwasaki, Tatsunari Nishi, Yuko Kawaguchi, Ken Okamoto, Takatoshi Arakawa, Chihaya Yamada, Shinya Fushinobu, Kentaro Shimizu: Understanding the molecular mechanism underlying the high catalytic activity of p-hydroxybenzoate hydroxylase mutants for producing gallic acid Biochemistry. 2019.10; 58 (45): 4543-4558. ( PubMed , DOI )

  4. Cryo-EM structure of the human L-type amino acid transporter 1 in complex with glycoprotein CD98hc. 2019.06; 26 (6): 510-517. ( PubMed , DOI )

  5. Structural basis for oligomerization of the prokaryotic peptide transporter PepTSo2. 2019.05; 75 (Pt 5): 348-358. ( PubMed , DOI )

  6. Structural basis for the promiscuous PAM recognition by Corynebacterium diphtheriae Cas9. 2019.04; 10 (1): 1968. ( PubMed , DOI )

  7. Crystal structure of plant vacuolar iron transporter VIT1. 2019.03; 5 (3): 308-315. ( PubMed , DOI )

  8. Structural Basis of H+-Dependent Conformational Change in a Bacterial MATE Transporter. 2019.02; 27 (2): 293-301. ( PubMed , DOI )

  9. Cap-specific terminal N 6-methylation of RNA by an RNA polymerase II-associated methyltransferase. 2019.01; 363 (6423): ( PubMed , DOI )

  1. Crystal structure of the Agrobacterium tumefaciens type VI effector-immunity complex. 2018.12; 74 (Pt 12): 810-816. ( PubMed , DOI )

  2. Chun Fang, Yoshitaka Moriwaki, Aikui Tian, Caihong Li, Kentaro Shimizu: Identifying Short Disorder-to-Order Binding Regions in Disordered Proteins with a Deep Convolutional Neural Network Method Journal of Bioinformatics and Computational Biology. 2018.11; 17 (1): 1950004. ( DOI )

  3. Vibrational and Molecular Properties of Mg2+ Binding and Ion Selectivity in the Magnesium Channel MgtE. 2018.10; 122 (42): 9681-9696. ( PubMed , DOI )

  4. An Atomistic Model of a Precursor State of Light-Induced Channel Opening of Channelrhodopsin. 2018.10; 115 (7): 1281-1291. ( PubMed , DOI )

  5. Kato K, Nishimasu H, Oikawa D, Hirano S, Hirano H, Kasuya G, Ishitani R, Tokunaga F, Nureki O: Structural insights into cGAMP degradation by Ecto-nucleotide pyrophosphatase phosphodiesterase 1. Nature communications. 2018.10; 9 (1): 4424. ( PubMed , DOI )

  6. Engineered CRISPR-Cas9 nuclease with expanded targeting space. 2018.09; 361 (6408): 1259-1262. ( PubMed , DOI )

  7. Free Energy Landscape for the Entire Transport Cycle of Triose-Phosphate/Phosphate Translocator. 2018.09; 26 (9): 1284-1296. ( PubMed , DOI )

  8. Cryo-EM structures of the human volume-regulated anion channel LRRC8. 2018.09; 25 (9): 797-804. ( PubMed , DOI )

  9. Functional roles of Mg2+ binding sites in ion-dependent gating of a Mg2+ channel, MgtE, revealed by solution NMR. 2018.04; 7 ( PubMed , DOI )

  10. Identifying MoRFs in disordered proteins using enlarged conserved features 2018.03; 50-54. ( DOI )

  1. Saeko Yanaka, Yoshitaka Moriwaki, Kouhei Tsumoto, Kenji Sugase: Elucidation of potential sites for antibody engineering by fluctuation editing Scientific Reports. 2017.12; 7 (9597): ( DOI )

  2. Structural basis for xenobiotic extrusion by eukaryotic MATE transporter. 2017.11; 8 (1): 1633. ( PubMed , DOI )

  3. Structural insights into the competitive inhibition of the ATP-gated P2X receptor channel. 2017.10; 8 (1): 876. ( PubMed , DOI )

  4. Structure of the triose-phosphate/phosphate translocator reveals the basis of substrate specificity. 2017.10; 3 (10): 825-832. ( PubMed , DOI )

  5. Chiba, S; Ishida, T; Ikeda, K; Mochizuki, M; Teramoto, R; Taguchi, Y; Iwadate, M; Umeyama, H; Ramakrishnan, C; Thangakani, AM; Velmurugan, D; Gromiha, MM; Okuno, T; Kato, K; Minami, S; Chikenji, G; Suzuki, SD; Yanagisawa, K; Shin, WH; Kihara, D; Yamamoto, KZ; Moriwaki, Y; Yasuo, N; Yoshino, R; Zozulya, S; Borysko, P; Stavniichuk, R; Honma, T; Hirokawa, T; Akiyama, Y; Sekijima, M: An iterative compound screening contest method for identifying target protein inhibitors using the tyrosine-protein kinase Yes SCIENTIFIC REPORTS. 2017.09; 7 12038. ( PubMed , DOI )

  6. Structural insights into ligand recognition by the lysophosphatidic acid receptor LPA6. 2017.08; 548 (7667): 356-360. ( PubMed , DOI )

  7. Structural Basis for the Canonical and Non-canonical PAM Recognition by CRISPR-Cpf1. 2017.08; 67 (4): 633-645. ( PubMed , DOI )

  8. ATP-dependent modulation of MgtE in Mg2+ homeostasis. 2017.07; 8 (1): 148. ( PubMed , DOI )

  9. Structural Basis for the Altered PAM Recognition by Engineered CRISPR-Cpf1. 2017.07; 67 (1): 139-147. ( PubMed , DOI )

  10. Kato Kazuki, Omura Hiroki, Ishitani Ryuichiro, Nureki Osamu: Cyclic GMP-AMP as an Endogenous Second Messenger in Innate Immune Signaling by Cytosolic DNA. Annu Rev Biochem. 2017.06; 86 541-566. ( PubMed , DOI )

  11. Structural insights into the nucleotide base specificity of P2X receptors. 2017.03; 7 45208. ( PubMed , DOI )

  12. Crystal Structure of the Minimal Cas9 from Campylobacter jejuni Reveals the Molecular Diversity in the CRISPR-Cas9 Systems. 2017.03; 65 (6): 1109-1121. ( PubMed , DOI )

  13. Correction: Breakpoint Cluster Region-Mediated Inflammation Is Dependent on Casein Kinase II. 2017.01; 198 (2): 971. ( PubMed , DOI )

  1. 武本 瑞貴, 富田 篤弘, 石谷 隆一郎: 【構造生命科学　AlphaFold時代にどう活かす?生命機能を解く、変える、創るための技術と研究戦略】(第3章)タンパク質に結合する分子を創る(創薬)　深層学習によるCPI予測の現状と展望 実験医学. 2025.09; 43 (15): 2444-2450. ( 医中誌 )

  1. 石谷 隆一郎: キャリアデザイン談話室(14)プランド・ハップンスタンス理論のすすめ—An Encouragement of Planned Happenstance Theory 生物物理 / 日本生物物理学会 編. 2022.12; 62 (6): 367-369.

  2. 森脇由隆: AlphaFold2までのタンパク質立体構造予測の軌跡とこれから JSBi Bioinformatics Review. 2022.11; 3 (2): ( DOI )

  1. 石谷 隆一郎: リウマチ性疾患診療・研究における人工知能(AI)の関わり ディープラーニングの創薬応用 日本リウマチ学会総会・学術集会プログラム・抄録集. 2020.08; 64回 200. ( 医中誌 )

  1. 石谷 隆一郎: ディープラーニングの創薬応用 日本薬理学会年会要旨集. 2019; 92 3-CS4-3. ( DOI )

  1. 石谷 隆一郎: 異分野連携が拓くシグナル伝達と疾患研究のフロンティア 炎症応答に関わる因子の構造生物学 日本生化学会大会プログラム・講演要旨集. 2018.09; 91回 [3S05a-07]. ( 医中誌 )

  1. 小田 和正, 大石 賢実, 谷口 怜哉, 西澤 知宏, 石谷 隆一郎, 濡木 理: 長波長励起型チャネルロドプシン、Chrimsonの構造解析 生命科学系学会合同年次大会. 2017.12; 2017年度 [3P-0104]. ( 医中誌 )

  2. 糟谷 豪, 山浦 利章, Ma Xiao-Bo, 中村 凌煕, 武本 瑞貴, 南雲 啓充, 田中 英一, 堂前 直, 中根 崇智, Yu Ye, 石谷 隆一郎, 松崎 修, 服部 素之, 濡木 理: ATP作動性チャネルP2X受容体における競合阻害機構の構造基盤 生命科学系学会合同年次大会. 2017.12; 2017年度 [2P-0098]. ( 医中誌 )

  3. 石谷 隆一郎: 【生命現象を観る-革新的な構造生命科学が観せてくれる世界】膜輸送体の分子構造を観る　アミノ酸排出輸送体YddGのX線結晶構造解析 医学のあゆみ. 2017.07; 262 (5): 335-341. ( 医中誌 )

  4. 石谷 隆一郎: 膜輸送体の分子構造を観る : アミノ酸排出輸送体YddGのX線結晶構造解析—Structure and function of amino-acid exporter YddG—第5土曜特集 生命現象を観る : 革新的な構造生命科学が観せてくれる世界 ; X線 医学のあゆみ. 2017.07; 262 (5): 335-341. ( 医中誌 )

  1. Structural basis of lipid-mediated gating in a two-pore domain potassium channel 2025.11; ( DOI )

  1. 渡辺藍子, 齋藤未怜, 森脇由隆, 石谷隆一郎, 松田憲之: パーキンソン病の原因因子DJ-1が持つcPGA分解酵素活性の分子機構 日本分子生物学会年会プログラム・要旨集(Web). 2024; 47th

  2. 松田憲之, 荻原禅, 渡辺藍子, 齋藤未怜, 森脇由隆, 石谷隆一郎, 小迫英尊: 遺伝性潜性パーキンソン病の原因因子DJ-1の分子機能の解明とそのオルガネラ機能に関する考察 日本分子生物学会年会プログラム・要旨集(Web). 2024; 47th

  1. 若林孝俊, 若林孝俊, 本間大翔, 森脇由隆, 塩谷七洋, 茂田巧, 磯部一樹, 岡澤敦司, 太田大策, 寺田透, 清水謙多郎, 水谷正治, 滝川浩郷, 杉本幸裕: Dirigent domain含有タンパク質によるorobancholの立体選択的生合成機構 植物の生長調節. 2023; 58 (Supplement):

  2. 田中良樹, 氏原一哉, 坂井直樹, 山田悠介, 武本瑞貴, 森脇寛智, 佐藤匡史, STANFIELD Joshua Kyle, 梅本直, 平田邦生, 引田理英, 石谷隆一郎, 加藤龍一, 千田俊哉, 山本雅貴, 力丸健太郎, 西ヶ谷有輝: 抵抗性変異に有効な新規ALS阻害型除草剤の創出 日本農薬学会大会講演要旨集(CD-ROM). 2023; 48th

  1. 田中良樹, 氏原一哉, 坂井直樹, 山田悠介, 武本瑞貴, 森脇寛智, 佐藤匡史, STANFIELD JK, 平田邦生, 竹下浩平, 引田理英, 石谷隆一郎, 加藤龍一, 千田俊哉, 山本雅貴, 力丸健太郎, 西ヶ谷有輝: タンパク質立体構造情報を利用した新規ALS阻害型除草剤の探索 構造活性相関シンポジウム講演要旨集(CD-ROM). 2022; 50th

  2. 田中良樹, 氏原一哉, 坂井直樹, 武本瑞貴, 森脇寛智, 佐藤匡史, STANFIELD JK, 平田邦生, 竹下浩平, 石谷隆一郎, 山本雅貴, 力丸健太郎, 西ヶ谷有輝: タンパク質立体構造情報を利用した新規ALS阻害型除草剤の探索 日本農薬学会大会講演要旨集(CD-ROM). 2022; 47th

  3. 田中良樹, 氏原一哉, 坂井直樹, 山田悠介, 武本瑞貴, 森脇寛智, 佐藤匡史, STANFIELD JK, 平田邦生, 竹下浩平, 引田理英, 石谷隆一郎, 加藤龍一, 千田俊哉, 山本雅貴, 力丸健太郎, 西ヶ谷有輝: タンパク質立体構造情報を利用した新規ALS阻害型除草剤の探索 日本結晶学会年会講演要旨集. 2022; 2022

  4. 石谷隆一郎, 石谷隆一郎: 深層学習からみたAlphaFold CBI学会講演会. 2022; 434th

  1. Ryosuke Miyata, Yoshitaka Moriwaki, Tohru Terada, Kentaro Shimizu: Prediction and analysis of antifreeze proteins Heliyon. 2021.09; 7 (9): e07953. ( DOI )

  2. 小野田浩宜, 石谷隆一郎, 仙石徹, 森脇由隆: AlphaFoldがもたらす分子生物学への影響 日本分子生物学会年会プログラム・要旨集(Web). 2021; 44th

  3. 石谷隆一郎, 石谷隆一郎, 武本瑞貴: 構造生物学と深層学習からみたAlphaFold 日本分子生物学会年会プログラム・要旨集(Web). 2021; 44th

  1. 山口そのみ, 大江彰, 西田知訓, 山下恵太郎, 鍛治屋麻子, 平野清一, 松本直樹, 石谷隆一郎, 齋藤都暁, 塩見春彦, 西増弘志, 濡木理, 塩見美喜子: ショウジョウバエ由来Piwiの結晶構造解析 日本細胞生物学会大会(Web). 2019; 71st

  1. Taniguchi Reiya, Inoue Asuka, Sayama Misa, Yamashita Keitaro, Hirata Kunio, Yoshida Masahito, Nakada-Nakura Yoshiko, Otani Yuko, Kato Hideaki, Nishizawa Tomohiro, Doi Takayuki, Ohwada Tomohiko, Ishitani Ryuichiro, Aoki Junken, Nureki Osamu: Toward Structural Understanding of Ligand Recognition by Lysophosphatidic Acid Receptor Lpa6 PROTEIN SCIENCE. 2018.11; 27 235-236.

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