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Mine, Akira

Graduate School of Agriculture, Division of Applied Biosciences Associate Professor

Mine, Akira
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    Last Updated :2024/05/11

    Basic Information

    Faculty

    • 農学部

    Professional Memberships

    • The Japanese Society of Plant Physiologists
    • The Phytopathological Society for Japan

    Academic Degree

    • 博士(農学)(京都大学)
    • 修士(農学)(京都大学)

    High School

    • High School

      高槻高校

    Research History

    • From Apr. 2021, To Present
      Kyoto University, Graduate School of Agriculture, Division of Applied Biosciences, Associate professor
    • From Oct. 2017, To Sep. 2021
      JST PRESTO researcher
    • From Apr. 2018, To Mar. 2021
      立命館大学 生命科学部 生物工学科 助教
    • From 01 Apr. 2017, To 31 Mar. 2018
      Assistant Professor, Ritsumeikan Global Innovation Research Organization, Ritsumeikan University
    • From 01 Apr. 2015, To 31 Mar. 2017
      JSPS Research Fellow, Center for Gene Research, Nagoya University/Max Planck Institute for Plant Breeding Research
    • From 01 Apr. 2013, To 31 Mar. 2015
      JSPS Overseas Research Fellow, Max Planck Institute for Plant Breeding Research
    • From 01 Jan. 2012, To 31 Mar. 2013
      Postdoctoral Fellow, Max Planck Institute for Plant Breeding Research
    • From 01 Apr. 2011, To 31 Dec. 2011
      Postdoctoral Researcher, Laboratory of Plant Pathology, Division of Applied Biosciences, Graduate School of Agriculture, Kyoto University

    Profile

    • Profile

      Plants do not live in isolation but host a multitude of microbes. Among plant-associated microbes, bacteria are most diverse and range from pathogens causing diseases to mutualists benefiting plants. I wish to comprehend how plants and bacteria have co-evolved by means of their interactions. Since adaptation to environments is a key driver of  evolutionary processes, I am especially interested in how plant-bacteria interactions are shaped by the surrounding environment. For instance, bacterial disease outbreaks are often associated with warm and humid conditions. However, the molecular mechanisms behind these biological phenomena are poorly understood. By disentangling how high temperature and high humidity influence the plant and the bacteria during an active interaction, I aim to design plant protection measures that are robust against climate change. I am also interested in how a plant and its resident bacteria co-adapt to the surrounding environment. My research combines cutting-edge techniques in plant molecular genetics and molecular microbiology with bioinformatics such as functional genomics and network analysis.


      Here are some keywords regarding my research: Plant-bacteria interactions, Stomata, Plant immunity, Phytohormones, Environmental response, Regulation of gene expression, Genome assembly, RNA sequencing. Please feel free to contact me if you have an interest in my research.

    Language of Instruction

    • Japanese
    • English

    ID,URL

    Website(s) (URL(s))

    researchmap URL

    list
      Last Updated :2024/05/11

      Research

      Research Topics, Overview of the research

      • Research Topics

        Molecular interactions between plants and pathogens under diverse environments
      • Overview of the research

        Plants have evolved a sophisticated immune system to fend off pathogen attack, while pathogens have devised mechanisms for manipulating the plant immune system. This molecular battle between plants and pathogens is known to be highly influenced by environmental factors such as temperature and humidity. I am aiming to disentangle molecular interactions between plants and pathogens under diverse environments by employing genetic and biochemical approaches in combination with functional genomics such as RNA sequencing.

      Research Interests

      • Plant Pathology, Molecular Cell Biology, Systems Biology, Genomics, Plant-Pathogen Interactions, Bacteria, Virus, Plant Immunity, Phytohormone, Signaling, Regulation of Gene Expression

      Research Areas

      • Life sciences, Applied molecular and cellular biology
      • Environmental science/Agricultural science, Conservation science (plants)
      • Life sciences, Systems genomics
      • Life sciences, Genomics

      Papers

      • Sugar coordinates plant defense signaling.
        Kohji Yamada; Akira Mine
        Science advances, 26 Jan. 2024, Peer-reviewed
      • Commensal lifestyle regulated by a negative feedback loop between Arabidopsis ROS and the bacterial T2SS
        Frederickson Entila; Xiaowei Han; Akira Mine; Paul Schulze-Lefert; Kenichi Tsuda
        Nature Communications, 11 Jan. 2024, Peer-reviewed
      • Direct Observation and Automated Measurement of Stomatal Responses to Pseudomonas syringae pv. tomato DC3000 in Arabidopsis thaliana
        Rikako Hirata; Momoko Takagi; Yosuke Toda; Akira Mine
        Journal of Visualized Experiments, Feb. 2024, Peer-reviewed, Corresponding author
      • Image-based quantification of Arabidopsis thaliana stomatal aperture from leaf images
        Momoko Takagi; Rikako Hirata; Yusuke Aihara; Yuki Hayashi; Miya Mizutani Aihara; Eigo Ando; Megumi Yoshimura Kono; Masakazu Tomiyama; Toshinori Kinoshita; Akira Mine; Yosuke Toda
        Plant and Cell Physiology, 20 Mar. 2023, Peer-reviewed, Corresponding author
      • The rice OsERF101 transcription factor regulates the NLR Xa1-mediated immunity induced by perception of TAL effectors.
        Ayaka Yoshihisa; Satomi Yoshimura; Motoki Shimizu; Sayaka Sato; Shogo Matsuno; Akira Mine; Koji Yamaguchi; Tsutomu Kawasaki
        The New phytologist, 01 Sep. 2022, Peer-reviewed
      • Chitin-induced systemic disease resistance in rice requires both OsCERK1 and OsCEBiP and is mediated via perturbation of cell-wall biogenesis in leaves
        Momoko Takagi; Kei Hotamori; Keigo Naito; Sumire Matsukawa; Mayumi Egusa; Yoko Nishizawa; Yuri Kanno; Mitsunori Seo; Shinsuke Ifuku; Akira Mine; Hironori Kaminaka
        Frontiers in Plant Science, 28 Nov. 2022, Peer-reviewed
      • Overexpression of NDR1 leads to pathogen resistance at elevated temperatures
        Saroopa P. Samaradivakara; Huan Chen; Yi‐Ju Lu; Pai Li; Yongsig Kim; Kenichi Tsuda; Akira Mine; Brad Day
        New Phytologist, 21 May 2022
      • Conservation and Diversity in Gibberellin-Mediated Transcriptional Responses Among Host Plants Forming Distinct Arbuscular Mycorrhizal Morphotypes
        Takaya Tominaga; Chihiro Miura; Yuuka Sumigawa; Yukine Hirose; Katsushi Yamaguchi; Shuji Shigenobu; Akira Mine; Hironori Kaminaka
        Frontiers in Plant Science, 16 Dec. 2021
      • A versatile Tn7 transposon-based bioluminescence tagging tool for quantitative and spatial detection of bacteria in plants
        Ayumi Matsumoto; Titus Schlüter; Katharina Melkonian; Atsushi Takeda; Hirofumi Nakagami; Akira Mine
        Plant Communications, Jan. 2022
      • Ribosome stalling caused by the Argonaute-microRNA-SGS3 complex regulates the production of secondary siRNAs in plants
        Hiro-oki Iwakawa; Andy Y.W. Lam; Akira Mine; Tomoya Fujita; Kaori Kiyokawa; Manabu Yoshikawa; Atsushi Takeda; Shintaro Iwasaki; Yukihide Tomari
        Cell Reports, Jun. 2021, Peer-reviewed
      • Structure and dynamics of the plant immune signaling network in plant–bacteria interactions
        Akira Mine
        Journal of General Plant Pathology, 08 Sep. 2020, Lead author, Last author, Corresponding author
      • Variable dependencies of PBL27 and MAPKKK5 in chitin-induced MAPK activation in Arabidopsis: Type of chitin and plant growth conditions matter.
        Koji Yamaguchi; Akira Mine; Yoshitake Desaki; Kanako Fujio; Atsushi Takeda; Tsutomu Kawasaki
        The Plant Cell, supplemental comment, Sep. 2019, Peer-reviewed
      • Regulation of plant immunity by signaling networks and its exploitation by pathogens
        MINE AKIRA
        Japanese Journal of Phytopathology, Aug. 2019, Peer-reviewed, Invited, Lead author, Corresponding author
      • Balancing trade-offs between biotic and abiotic stress responses through leaf age-dependent variation in stress hormone cross-talk
        Akira Mine
        Proceedings of the National Academy of Sciences, Jan. 2019, Peer-reviewed
      • 植物と病原体のせめぎ合いの分子ネットワーク
        峯 彰
        植物感染生理談話会論文集, Aug. 2018, Invited, Lead author, Corresponding author
      • Molecular networks in plant–pathogen holobiont
        Tatsuya Nobori; Akira Mine; Kenichi Tsuda
        FEBS Letters, 01 Jun. 2018, Peer-reviewed, Lead author
      • The Defense Phytohormone Signaling Network Enables Rapid, High-Amplitude Transcriptional Reprogramming during Effector-Triggered Immunity
        Akira Mine; Carolin Seyfferth; Barbara Kracher; Matthias L. Berens; Dieter Becker; Kenichi Tsuda
        The Plant Cell, 23 May 2018
      • A dominant-interfering camta3 mutation compromises primary transcriptional outputs mediated by both cell surface and intracellular immune receptors in Arabidopsis thaliana.
        Jacob F; Kracher B; Mine A; Seyfferth C; Blanvillain-Baufumé S; Parker JE; Tsuda K; Schulze-Lefert P; Maekawa T
        The New phytologist, Mar. 2018, Peer-reviewed
      • Pathogen exploitation of an abscisic acid- and jasmonate-inducible MAPK phosphatase and its interception by Arabidopsis immunity
        Akira Mine; Matthias L. Berens; Tatsuya Nobori; Shajahan Anver; Kaori Fukumoto; Thomas M. Winkelmueller; Atsushi Takeda; Dieter Becker; Kenichi Tsuda
        PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA, Jul. 2017, Peer-reviewed, Lead author
      • An incoherent feed-forward loop mediates robustness and tunability in a plant immune network
        Akira Mine; Tatsuya Nobori; Maria C. Salazar-Rondon; Thomas M. Winkelmueller; Shajahan Anver; Dieter Becker; Kenichi Tsuda
        EMBO REPORTS, Mar. 2017, Peer-reviewed, Lead author
      • Evolution of Hormone Signaling Networks in Plant Defense
        Matthias L. Berens; Hannah M. Berry; Akira Mine; Cristiana T. Argueso; Kenichi Tsuda
        ANNUAL REVIEW OF PHYTOPATHOLOGY, VOL 55, 2017, Peer-reviewed
      • The Arabidopsis CERK1-associated kinase PBL27 connects chitin perception to MAPK activation
        Kenta Yamada; Koji Yamaguchi; Tomomi Shirakawa; Hirofumi Nakagami; Akira Mine; Kazuya Ishikawa; Masayuki Fujiwara; Mari Narusaka; Yoshihiro Narusaka; Kazuya Ichimura; Yuka Kobayashi; Hidenori Matsui; Yuko Nomura; Mika Nomoto; Yasuomi Tada; Yoichiro Fukao; Tamo Fukamizo; Kenichi Tsuda; Ken Shirasu; Naoto Shibuya; Tsutomu Kawasaki
        EMBO JOURNAL, Nov. 2016, Peer-reviewed
      • GAPDH-A Recruits a Plant Virus Movement Protein to Cortical Virus Replication Complexes to Facilitate Viral Cell-to-Cell Movement
        Masanori Kaido; Kazutomo Abe; Akira Mine; Kiwamu Hyodo; Takako Taniguchi; Hisaaki Taniguchi; Kazuyuki Mise; Tetsuro Okuno
        PLOS PATHOGENS, Nov. 2014, Peer-reviewed
      • Toward a systems understanding of plant-microbe interactions
        Akira Mine; Masanao Sato; Kenichi Tsuda
        FRONTIERS IN PLANT SCIENCE, Aug. 2014, Peer-reviewed, Lead author
      • ADP Ribosylation Factor 1 Plays an Essential Role in the Replication of a Plant RNA Virus
        Kiwamu Hyodo; Akira Mine; Takako Taniguchi; Masanori Kaido; Kazuyuki Mise; Hisaaki Taniguchi; Tetsuro Okuno
        JOURNAL OF VIROLOGY, Jan. 2013, Peer-reviewed
      • Dual Regulation of Gene Expression Mediated by Extended MAPK Activation and Salicylic Acid Contributes to Robust Innate Immunity in Arabidopsis thaliana
        Kenichi Tsuda; Akira Mine; Gerit Bethke; Daisuke Igarashi; Christopher J. Botanga; Yayoi Tsuda; Jane Glazebrook; Masanao Sato; Fumiaki Katagiri
        PLoS Genetics, 2013, Peer-reviewed
      • Composition of plant virus RNA replicase complexes
        Akira Mine; Tetsuro Okuno
        CURRENT OPINION IN VIROLOGY, Dec. 2012, Peer-reviewed, Lead author
      • Identification of domains in p27 auxiliary replicase protein essential for its association with the endoplasmic reticulum membranes in Red clover necrotic mosaic virus
        Kusumawaty Kusumanegara; Akira Mine; Kiwamu Hyodo; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        VIROLOGY, Nov. 2012, Peer-reviewed
      • Differential Roles of Hsp70 and Hsp90 in the Assembly of the Replicase Complex of a Positive-Strand RNA Plant Virus
        Akira Mine; Kiwamu Hyodo; Yuri Tajima; Kusumawaty Kusumanegara; Takako Taniguchi; Masanori Kaido; Kazuyuki Mise; Hisaaki Taniguchi; Tetsuro Okuno
        JOURNAL OF VIROLOGY, Nov. 2012, Peer-reviewed, Lead author
      • Identification of amino acids in auxiliary replicase protein p27 critical for its RNA-binding activity and the assembly of the replicase complex in Red clover necrotic mosaic virus
        Kiwamu Hyodo; Akira Mine; Hiro-oki Iwakawa; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        VIROLOGY, May 2011, Peer-reviewed, Lead author
      • Template Recognition Mechanisms by Replicase Proteins Differ between Bipartite Positive-Strand Genomic RNAs of a Plant Virus
        Hiro-oki Iwakawa; Akira Mine; Kiwamu Hyodo; Mengnan An; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        JOURNAL OF VIROLOGY, Jan. 2011, Peer-reviewed
      • Interactions between p27 and p88 replicase proteins of Red clover necrotic mosaic virus play an essential role in viral RNA replication and suppression of RNA silencing via the 480-kDa viral replicase complex assembly
        Akira Mine; Kiwamu Hyodo; Atsushi Takeda; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        VIROLOGY, Nov. 2010, Peer-reviewed, Lead author
      • A Y-shaped RNA structure in the 3' untranslated region together with the trans-activator and core promoter of Red clover necrotic mosaic virus RNA2 is required for its negative-strand RNA synthesis
        Mengnan An; Hiro-oki Iwakawa; Akira Mine; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        VIROLOGY, Sep. 2010, Peer-reviewed
      • Identification and Characterization of the 480-Kilodalton Template-Specific RNA-Dependent RNA Polymerase Complex of Red Clover Necrotic Mosaic Virus
        Akira Mine; Atsushi Takeda; Takako Taniguchi; Hisaaki Taniguchi; Masanori Kaido; Kazuyuki Mise; Tetsuro Okuno
        JOURNAL OF VIROLOGY, Jun. 2010, Peer-reviewed, Lead author
      • Viruses and RNA silencing
        Mine A; Okuno T
        Uirusu, Jun. 2008, Peer-reviewed, Lead author

      Misc.

      • Analysis of effector EPC1 involved in virulence of Colletotrichum orbiculare.
        氏松蓮; 井上喜博; VY Trinh Thi Phuong; SINGKARAVANIT-OGAWA Suthitar; 西内巧; 峯彰; 三瀬和之; 高野義孝
        日本植物病理学会報, 2023
      • Identification and analysis of Colletotrichum orbiculare effectors EPC1 and EPC2 involved in virulence on cucurbits.
        氏松蓮; 井上喜博; VY Trinh Thi Phuong; SINGKARAVANIT-OGAWA Suthitar; 西内巧; 峯彰; 三瀬和之; 高野義孝
        日本植物病理学会報, 2022
      • Identification of the second rice NLR gene RBM2 conferring resistance to BMV and analysis of its Avr recognition mechanisms.
        鈴木慎司; 嶋本果穂; 大竹竜馬; 高田昌汰; 清水元樹; 寺石政義; 峯彰; 寺内良平; 寺内良平; 高野義孝; 三瀬和之
        日本植物病理学会報, 2023
      • Two different immune pathways activated by the NB-LRR type receptor Xa1 regulate bacterial blight resistance in rice.
        吉久采花; 佐藤颯花; 清水元樹; 峯彰; 山口公志; 吉村智美; 川崎努; 川崎努
        日本植物病理学会報, 2022
      • 植物プラスセンスRNAウイルスのゲノム複製における宿主small GTPase ADP-ribosylation factor 1の機能解析
        兵頭究; 峯彰; 海道真典; 三瀬和之; 奥野哲郎
        日本植物病理学会大会プログラム・講演要旨予稿集, 2012
      • Red clover necrotic mosaic virus RNA複製酵素成分タンパク質p27はウイルスRNAの初期複製段階において様々な役割を担っている
        兵頭究; 峯彰; 岩川弘宙; 海道真典; 三瀬和之; 奥野哲郎
        日本ウイルス学会学術集会プログラム・抄録集, 2010
      • Red clover necrotic mosaic virus RNA複製酵素成分タンパク質p27のRNA結合活性はウイルスゲノムRNA2の複製初期段階に重要である
        兵頭究; 峯彰; 岩川弘宙; 海道真典; 三瀬和之; 奥野哲郎
        日本植物病理学会大会プログラム・講演要旨予稿集, 2010
      • Red clover necrotic mosaic virus RNA複製酵素成分タンパク質におけるウイルスRNAの膜へのリクルートに関わる機能ドメイン解析
        兵頭究; 峯彰; 岩川弘宙; 海道真典; 三瀬和之; 奥野哲郎
        日本ウイルス学会学術集会プログラム・抄録集, 2009
      • (258) Coimmunoprecipitation Analysis of the Interactions between the Replicase Component Proteins of Red clover necrohc mosaic virus(Abstracts of the Papers Presented at the Annual Meeting of the Society)
        Mine A.; Iwakawa H.; Takeda A.; Kaido M.; Mise K.; Okuno T.
        Annals of the Phytopathological Society of Japan, 25 Aug. 2007
      • (331) Search for Host Factors Associated with RNA Replication Complexes of Red clover necrotic mosaic virus(Abstract of the Paper Presented at the 2006 Annual Meeting in Sapporo)
        Mine A.; Iwakawa H.; Takeda A.; Kaido M.; Mise K.; Okuno T.
        Annals of the Phytopathological Society of Japan, 25 Nov. 2006
      • (278) Interactions between Non-structural Proteins, p27 and p88 of Red clover necrotic mosaic virus are Required for Viral Replicase Complex Assembly, RNA Replication and RNA Silencing Suppression(Abstracts of the Papers Presented at the Annual Meeting of the Society)
        Mine A.; Kaido M.; Mise K.; Okuno T.
        Annals of the Phytopathological Society of Japan, 25 Aug. 2008
      • Red clover necrotic mosaic virus感染のRNAサイレンシング関連遺伝子mRNA蓄積に及ぼす影響
        俵健二; 兵頭究; 峯彰; 海道真典; 三瀬和之; 奥野哲郎
        日本植物病理学会報, 2013
      • Multifaceted involvement of abscisic acid in plant interactions with pathogenic and mutualistic microbes
        Akira Mine
        Advances in Botanical Research, 01 Jan. 2019
      • ウイルス感染時におけるAGO1-vsiRNAの標的となる植物mRNAの予測
        堀裕和; 岩橋美穂; 白谷公孝; 佐藤昌直; 峯彰; 峯彰; 竹田篤史; 竹田篤史; 竹田篤史
        日本分子生物学会年会プログラム・要旨集(Web), 2018

      Presentations

      • 二成分制御系CbrABは高湿度環境下においてエフェクター分泌から栄養獲得へと遺伝子発現を転換しトマト斑葉細菌病菌の増殖を促進する
        石川真太郎; 三瀬和之; 高野義孝; 峯彰
        令和6年度日本植物病理学会大会, Mar. 2024
      • 高湿度による植物免疫の抑制におけるTrihelix 転写因子の役割
        坂田悠夏; 三瀬和之; 高野義孝; 峯彰
        令和6年度日本植物病理学会大会, Mar. 2024
      • 葉に棲息し気孔動態を制御する細菌が植物に与える有益な影響
        平田梨佳子; 高木桃子; Yuniar Devi Utami; 晝間敬; 戸田陽介; 峯彰
        第65回日本植物生理学会年会, Mar. 2024
      • 高湿度による植物免疫の抑制におけるTrihelix 転写因子の役割
        坂田悠夏; 三瀬和之; 高野義孝; 峯彰
        第65回日本植物生理学会年会, Mar. 2024
      • 糖シグナルを介した新規防御因子の同定
        山田(山下)美鈴; 峯彰; 山田晃嗣
        第65回日本植物生理学会年会, Mar. 2024
      • 画像解析によるシロイヌナズナ気孔・根の表現型定量技術 の実装と運用
        高木 桃子; 平田 梨佳子; 相原 悠介; 林 優紀; 水谷 未耶; 安藤 英伍; 河野(吉村) 恵実; 富山 将和; 岡崎まなみ; Liu Xinpeng; 晝間; 敬; 大倉 史生; 木下 俊則; 峯 彰; 戸田 陽介
        日本植物学会第87回大会, Sep. 2023
      • 共生細菌Pseudomonas paralactis による気孔開口と植物の生育促進の関係性について
        平田梨佳子; 高木桃子; Yuniar Devi Utami; 晝間敬; 戸田陽介; 峯彰
        日本植物学会第87回大会, Sep. 2023
      • 病原型・共生型の葉圏細菌による植物の気孔動態制御
        峯彰
        日本植物学会第87回大会, Sep. 2023, Invited
      • 比較ゲノミクスによるPseudomonas syringae系統間の病原性差異を生み出すエフェクターの同定
        田村孝太郎; 竹田篤史; 三瀬和之; 高野義孝; 峯彰
        Mar. 2023
      • 二成分制御系CbrABは高湿度環境下におけるトマト斑葉細菌病菌の増殖をエフェクターとは独立して促進する
        石川真太郎; 三瀬和之; 高野義孝; 峯彰
        Mar. 2023
      • 高温による抑制に対して頑健な細菌抵抗性をシロイヌナズナに付与するAHL転写因子の機能解析
        篠田快望; 駒井俊亮; 竹田篤史; 三瀬和之; 高野義孝; 峯彰
        Mar. 2023
      • 共生細菌Pseudomonas paralactisによる気孔動態制御メカニズムの解明に向けて
        平田 梨佳子; 高木 桃子; Yuniar; Devi Utami; 晝間 敬; 戸田 陽介; 峯; 彰
        Mar. 2023
      • ディープラーニングを用いたシロイヌナズナの気孔開度自動定量技術の開発
        高木桃子; 平田梨佳子; 相原悠介; 林優紀; 相原(水谷)未耶; 安藤英伍; 河野(吉村)恵実; 富山将和; 木下俊則; 峯彰; 戸田陽介
        Mar. 2023
      • 糖はプロテインキナーゼの活性化を介して防御応答を活性化させる
        山田 晃嗣; 峯 彰
        Mar. 2023
      • 時系列RNA-seqデータのネットワーク解析から紐解く変動環境下の植物-病原細菌相互作用
        峯 彰
        Nov. 2022, Invited
      • Brome mosaic virus(BMV)抵抗性に関わる第二のNLR型イネ遺伝子RBM2の同定とそのAvr認識機構の解析
        鈴木慎司; 嶋本果穂; 大竹竜馬; 高田昌汰; 清水元樹; 寺石政義; 峯彰; 寺内良平; 高野義孝; 三瀬和之
        Sep. 2022
      • 数種の不適応型炭疽病菌を用いたシロイヌナズナの非宿主抵抗性の研究
        太田慶明; Singkaravanit-Ogawa Suthitar; 峯彰; 三瀬和之; 高野義孝
        Sep. 2022
      • ウイルス潜在感染がシロイヌナズナの免疫機構に与える影響
        杉本 祐一; 高野 義孝; 三瀬 和之; 峯 彰
        Sep. 2022
      • ウリ類炭疽病菌の宿主特異性に関与するエフェクター候補の探索:アオイ科炭疽病菌・アルファルファ炭疽病菌との比較解析
        小川泰生; 井上喜博; 松尾宏樹; 久保康之; 峯彰; 三瀬和之; 高野義孝
        Sep. 2022
      • AHL9の過剰発現は高温に対するレジリエンスを備えた細菌抵抗性をシロイヌナズナに付与する
        篠田快望; 駒井俊亮; 竹田篤史; 三瀬和之; 高野義孝; 峯彰
        Sep. 2022
      • ウリ類炭疽病菌の病原性に関与するエフェクターEPC1の解析
        氏松蓮; 井上喜博; Trinh Thi; Phuong Vy; Suthitar Singkaravanit-Ogawa; 西内巧; 峯彰; 三瀬和之; 髙野義孝
        Sep. 2022
      • 感染植物細胞におけるred clover necrotic mosaic virusの二本鎖RNAおよび移行タンパク質の動態解析
        髙田昌汰; 峯 彰; 三瀬和之; 高野義孝; 海道真典
        Sep. 2022
      • 糖は植物免疫シグナルを増強させる
        山田晃嗣; 峯彰
        Sep. 2022
      • Identification of host specificity determinants in brome mosaic virus for rice infection
        Zhang Y; Mine, A; Takano, Y; Mise, K
        Sep. 2022
      • 高温と高湿度は細菌の栄養獲得に関わる遺伝子発現に影響を与え病原性を高める
        峯彰; 松本歩; 石川真太郎; 竹田篤史; 三瀬和之; 高野義孝
        Mar. 2022
      • 糖吸収は防御応答を増強させる
        山田 晃嗣; 峯 彰
        第63回日本植物生理学会年会, Mar. 2022
      • 比較ゲノミクスによるPseudomonas syringae系統間の病原性差異を生み出すエフェクターの探索
        田村孝太郎; 竹田篤史; 峯彰
        令和3年度日本植物病理学会大会
      • 廃菌床由来キチン/セルロースナノファイバーにより誘導される病害抵抗性
        高木桃子; 江草真由美; 李 虎軍; 三谷直史; 吉田早織; 松本晃幸; 峯 彰; 伊福伸介; 上中弘典
        令和3年度日本植物病理学会大会
      • 植物免疫シグナリングにおけるAHL転写因子の二重機能
        駒井俊亮; 竹田篤史; 峯彰
        令和3年度日本植物病理学会大会
      • 新規免疫応答性遺伝子がコードする花粉発生に必要なペプチド
        石田匡輝; 下川心平; 元村一基; 津田賢一; 竹田篤史; 峯彰
        令和3年度日本植物病理学会大会
      • キチンにより全身的に誘導されるシロイヌナズナの病害抵抗性と成長
        山縣陽咲子; 内藤圭吾; 高木桃子; 吉岡麻衣; 江草真由美; 假谷佳祐; 石原亨; 伊福伸介; 峯彰; 上中弘典
        第62回日本植物生理学会年会, 15 Mar. 2021
      • 異なる形態型を示すアーバスキュラー菌根を形成する植物間の比較解析
        富永貴哉; 澄川柚香; 広瀬幸音; 山口勝司; 重信秀治; 峯彰; 上中弘典
        第62回日本植物生理学会年会, 14 Mar. 2021
      • Stomatal movements in the assembly of plant-bacteria holobiont
        Akira Mine; Kaori Fukumoto; Ryohei Thomas Nakano; Yoshinori Kanaoka; Atsushi Takeda; Kenichi Tsuda
        第62回日本植物生理学会年会, 松江, 14 Mar. 2021
      • 免疫受容体を介した花粉発生に必要なlong noncoding RNAの発現制御
        下川心平, 元村一基, 津田賢一, 竹田篤史, 峯彰
        植物RNA研究ネットワークシンポジウム, 16 Nov. 2019
      • ネットワーキングから生み出される植物免疫ホルモンの多様な機能
        峯 彰
        植物分子生物学特別セミナー, 鳥取大学, 15 Nov. 2019, Invited
      • 気孔開閉の制御に対する病原体からの 選択圧と進化的トレードオフ
        峯 彰
        NAISTセミナー、奈良, 07 Nov. 2019
      • 免疫活性化に伴って発現誘導される花粉発生に必要なlong noncoding RNA
        下川心平; 元村一基; 津田賢一; 竹田篤史; 峯彰
        日本植物病理学会関西部会, 19 Sep. 2019
      • Temporal transcriptome profiling reveals distinct gene expression signatures associated with suppression of plant immunity by high temperature and high humidity
        Akira Mine; Ayumi Matsumoto; Atsushi Takeda
        IS-MPMI XVIII congress, 16 Jul. 2019
      • 生物発光によるグラム陰性細菌の増殖定量を可能にする汎用性プラスミドベクター
        峯彰; 松本歩; 下川心平; 竹田篤史
        平成31年度日本植物病理学会大会, 19 Mar. 2019
      • ネットワーキングから生み出される植物免疫ホルモンの多様な機能
        京大植物病理 特別セミナー、京都大学, 30 Nov. 2018, Invited
      • ウイルス感染時におけるAGO1-vsiRNAの標的となる植物mRNAの予測
        堀 裕和, 岩橋 美穂, 白谷 公孝, 佐藤 昌直, 峯 彰, 竹田 篤史
        第41回日本分子生物学会年会、横浜, 30 Nov. 2018
      • カリモウイルス科のウイルス由来Fltプロモーターを利用した同時過剰発現系の構築
        宮﨑 光洋, 竹内 信弘, 峯 彰, 竹田 篤史
        第41回日本分子生物学会年会、横浜, 28 Nov. 2018
      • 植物と病原体のせめぎ合いの分子ネットワーク
        植物感染生理談話会、高知, 22 Aug. 2018, Invited
      • AGO1-RISCの機能におけるG-U wobble塩基対の影響
        堀裕和; 山下航平; 白谷公孝; 岩橋美穂; 奥野真弥; 江口弘眞; 寺嶋清成; 峯彰; 竹田篤史
        第59回日本植物生理学会年会, Mar. 2018
      • AGO2発現誘導に必要なRCNMV因子
        末森彩洋子; 峯彰; 奥野哲郎; 竹田篤史
        平成30年度日本植物病理学会大会, Mar. 2018
      • 植物−病原体相互作用のシステム生物学
        滋賀植物病理懇話会、草津, 2018, Invited
      • Balancing trade-offs between biotic and abiotic stresses through leaf age-dependent variation in stress hormone crosstalk
        日本植物生理学会年会、札幌, 2018
      • Pathogen pressure and evolutionary trade-off in the regulation of plant stomatal aperture
        日本植物生理学会年会、札幌, 2018
      • 気孔開閉の制御に対する病原体の選択圧と進化的トレードオフ
        日本植物病理学会大会、神戸, 2018
      • 植物免疫ホルモンシグナリングネットワークの機能性と病原体によるその操作
        峯 彰
        高知大学, 22 Dec. 2017, Invited
      • Hormone balance in plant defense and disease
        MINE AKIRA
        高知大学, 21 Dec. 2017, Invited
      • ウイルスRNAサイレンシングサプレッサーの機能解析に向けた新規RNAサイレンシング活性定量系の確立
        後藤尚隆; 竹内信弘; 峯彰; 竹田篤史
        第7回植物RNA研究ネットワークシンポジウム, Dec. 2017
      • ウイルス感染時に認められるAGO2 mRNAの発現誘導に関する研究
        末森彩洋子; 奥野哲郎; 峯彰; 竹田篤史
        第7回植物RNA研究ネットワークシンポジウム, Dec. 2017
      • Abscisic acid and the jasmonate-mimicking bacterial phytotoxin coronatine inactivate MAP kinases through distinct and common members of the clade A protein phosphatases 2C
        日本植物生理学会年会、鹿児島, 2017
      • “The bacterial virulence factor coronatine exploits jasmonate-mediated abscisic acid degradation in the guard cells for stomatal invasion in Arabidopsis thaliana
        日本植物生理学会年会、鹿児島, 2017
      • Profiling Plant and Bacterial Transcriptome during Interaction
        日本植物生理学会年会、鹿児島, 2017
      • コロナチンは双子葉植物に広く保存されたアブシジン酸の分解機構を利用して気孔の開口を誘導する
        日本植物病理学会大会、岡山, 2016
      • MAPKKK5 regulates activation of MAP kinases after perception of fungal chitin in Arabidopsis
        日本植物生理学会年会、岩手, 2016
      • Time-resolved transcriptome analysis with genetic perturbations links robust and early establishment of transcriptional reprogramming to pathogen resistance
        The Cold Spring Harbor Asia conference on Latest Advances in Plant Development & Environmental Responses, 2016
      • PBL27 directly connects between the chitin receptor, CERK1 and MAPK cascade in chitin-triggered immunity
        XVII international Congress on Molecular Plant-Microbe Interactions, Portland, Oregon, USA, 2016
      • The MAPK signaling network as the molecular battlefield between Arabidopsis and the bacterial pathogen Pseudomonas syringae
        日本植物病理学会大会100周年記念大会、東京, 2015
      • Robustness and tunability: design principles of plant immune signaling networks
        日本植物生理学会年会、東京, 2015
      • MAMP誘導型免疫におけるサリチル酸合成活性化シグナリングの分子基盤
        日本植物病理学会大会、札幌, 2014
      • Mechanisms underlying robustness in the salicylic acid signaling network
        XVI international Congress on Molecular Plant-Microbe Interactions, Rhodes, Greece, 2014
      • Effector-triggered immunity counteracts Pseudomonas syringae virulence by releasing abscisic acid-mediated negative regulation of MAP kinase activation in Arabidopsis thaliana
        XVI international Congress on Molecular Plant-Microbe Interactions, Rhodes, Greece, 2014
      • The duration of MAPK activation modulates the network robustness in plant immunity
        日本植物生理学会年会、岡山, 2013
      • Red clover necrotic mosaic virus感染のRNAサイレンシング関連遺伝子mRNA蓄積に及ぼす影響
        日本植物病理学会関西部会、鳥取, 2012
      • 植物プラスセンスRNAウイルスのゲノム複製における宿主small GTPase ADP-ribosylation factor 1の機能解析
        日本植物病理学会大会、福岡, 2012
      • Identification of domains in Red clover necrotic mosaic virus p27 auxiliary replicase protein essential for its association with the endoplasmic reticulum membranes
        日本植物病理学会大会、福岡, 2012
      • Compensatory Functions of Salicylic Acid and MAPK Signaling in Effector-Triggered Immunity
        XV international Congress on Molecular Plant-Microbe Interactions. Kyoto, Japan, 2012
      • Functional analysis of host small GTPase ADP-ribosylation factor 1 in a positive-strand plant RNA virus
        American Society for Virology, 31st Annual Meeting. Madison, Wisconsin, USA, 2012
      • Heat shock protein 70はRed clover necrotic mosaic virusのRNA複製酵素複合体の形成を制御している
        日本植物病理学会大会、東京, 2011
      • Host heat shock protein 70 regulates proper assembly of the replicase complex of a positive-strand RNA plant virus
        International Congress of Virology, Sapporo, Japan, 2011
      • ADP-ribosylation factor 1 plays an important role in RNA replication of Red clover necrotic mosaic virus
        International Congress of Virology, Sapporo, Japan, 2011
      • Heat shock protein 70はRed clover necrotic mosaic virusのRNA複製酵素複合体の形成に必要である
        高知大学植物基礎医学シンポジウム、高知, 2010
      • Auxiliary replicase protein p27 of Red clover necrotic mosaic virus plays multiple roles in an early replication process
        日本分子生物学会年会、神戸, 2010
      • Red clover necrotic mosaic virus RNA複製酵素成分タンパク質p27はウイルスRNAの初期複製段階において様々な役割を担っている
        日本ウイルス学会学術集会、徳島, 2010
      • Red clover necrotic mosaic virus RNA複製酵素成分タンパク質p27のRNA結合活性はウイルスゲノムRNA2の複製初期段階に重要である
        日本植物病理学会大会、京都, 2010
      • RNA binding activity of Red clover necrotic mosaic virus Replication protein p27 plays important roles in the early replication steps of viral genomic RNA2
        American Society for Virology, 29th Annual Meeting. Bozeman, Montana, USA, 2010
      • Red clover necrotic mosaic virusのRNA複製酵素複合体の同定と性状解析
        日本ウイルス学会学術集会、東京, 2009
      • Red clover necrotic mosaic virus複製酵素タンパク質が形成する複合体の性状解析
        日本植物病理学会大会、山形, 2009
      • Strepto Tag法を用いたRed clover necrotic mosaic virus RNA2に存在する複製酵素リクルート因子の同定
        日本植物病理学会大会、山形, 2009
      • Identification of the recruiter of viral replication protein complexes in Red clover necrotic mosaic virus RNA2 using streptomycin-binding RNA aptamer
        American Society for Virology, 28th Annual Meeting, Vancouver, Canada, 2009
      • Novel cis-acting RNA elements required for negative-strand RNA synthesis of Red clover necrotic mosaic virus RNA2
        American Society for Virology, 28th Annual Meeting, Vancouver, Canada, 2009
      • 複製酵素タンパク質による膜画分へのRNAリクルートメントにおけるRed clover necrotic mosaic virusゲノムRNA2 3’UTRの役割
        日本ウイルス学会学術集会、岡山, 2008
      • Red clover necrotic mosaic virus非構造タンパク質p27およびp88の相互作用はウイルス複製酵素複合体形成、RNA複製およびRNAサイレンシング抑制に必要である
        日本植物病理学会大会、松江, 2008
      • Interactions between p27 and p88 proteins of Red clover necrotic mosaic virus are required for viral RNA replication and RNA silencing suppression
        International Congress of Virology, Istanbul, Turkey, 2008
      • Red clover necrotic mosaic virusの複製酵素成分間結合が複製とRNAサイレンシング抑制に与える影響
        日本ウイルス学会学術集会、札幌, 2007
      • 共免疫沈降法を用いたRed clover necrotic mosaic virusの複製酵素成分タンパク質間の相互作用の解析
        日本植物病理学会大会、宇都宮, 2007
      • Red clover necrotic mosaic virus (RCNMV)のRNA複製複合体に含まれる宿主植物因子の探索
        日本植物病理学会大会、札幌, 2006

      Awards

      • 26 Nov. 2021
        The Foudation of Agricultural Sciences of Japan, Japan Prize in Agricultural Sciences, Achievement Award for Young Scientists
        Structure and dynamics of the plant immune signaling network in plant–bacteria interactions
        Akira Mine
      • 19 Mar. 2020
        The Phytopathological Society of Japan , The Young Scientist Award of the Phytopathological Socioety of Japan
        Structure and dynamics of the plant immune signaling network in plant-bacteria interactions
        Akira Mine

      External funds: Kakenhi

      • Molucular mechanisms of the induction and suppression of novel NLR-type plant resistance by bromovirus infection
        Grant-in-Aid for Scientific Research (B)
        Basic Section 39040:Plant protection science-related
        Kyoto University
        三瀬 和之
        From 01 Apr. 2022, To 31 Mar. 2025, Granted
        ブロモウイルス;イネ;タバコ;NLR遺伝子
      • Plant stomatal regulation and environmental adaptation via association with the leaf microbiota
        Grant-in-Aid for Transformative Research Areas (B)
        Transformative Research Areas, Section (III)
        Kyoto University
        峯 彰
        From 23 Aug. 2021, To 31 Mar. 2024, Granted
        気孔;細菌;環境適応;超個体;機械学習;植物微生物相互作用
      • Co-creation of plant adaptive traits via assembly of plant-microbe holobiont
        Grant-in-Aid for Transformative Research Areas (B)
        Transformative Research Areas, Section (III)
        The University of Tokyo
        晝間 敬
        From 23 Aug. 2021, To 31 Mar. 2024, Granted
        植物超個体機能学;超個体イメージャー;葉圏微生物;根圏微生物;植物の環境適応
      • Unraveling the regulatory mechanisms underlying transcriptome reprograming conferring pathogen resistance
        Grant-in-Aid for Scientific Research (B)
        Basic Section 39040:Plant protection science-related
        Kyoto University;Ritsumeikan University
        Akira Mine
        From 01 Apr. 2019, To 31 Mar. 2023, Project Closed
        植物免疫;遺伝子発現制御;Long noncoding RNA;シグナル伝達;細胞間コミュニケーション;Long non-coding RNA
      • Pathogen pressure and evolutionary trade-off in the regulation of plant stomatal aperture
        Grant-in-Aid for Young Scientists (B)
        Ritsumeikan University
        Akira Mine
        From 01 Apr. 2017, To 31 Mar. 2019, Project Closed
        気孔;コロナチン;ジャスモン酸;病原細菌;共進化;Pseudomonas syringae;Brassicaceae
      • 気候変動時代の病害防除を見据えた植物病原細菌研究のパラダイムシフトへの挑戦
        Grant-in-Aid for Challenging Research (Exploratory)
        Medium-sized Section 39:Agricultural and environmental biology and related fields
        Kyoto University
        峯 彰
        From 30 Jun. 2022, To 31 Mar. 2025, Granted
        高湿度;細菌;病原性;二成分制御系
      • 高温・高湿度がもたらす植物免疫の機能不全の分子基盤解明
        Grant-in-Aid for Scientific Research (B)
        Basic Section 39040:Plant protection science-related
        Kyoto University
        峯 彰
        From 01 Apr. 2024, To 31 Mar. 2027, Adopted

      External funds: others

      • Disentangling plant-pathogen-environment networks for designing disease resistance that withstands climate change
        Japan Science and Technology Agency, PRESTO
        From 01 Oct. 2017, To 31 Sep. 2021
        峯 彰
      list
        Last Updated :2024/05/11

        Education

        Teaching subject(s)

        • From 01 Apr. 2023, To 31 Mar. 2024
          Seminar in Plant Pathology2
          DB23, Year-long, Graduate School of Agriculture, 3
        • From 01 Apr. 2023, To 31 Mar. 2024
          Seminar in Plant Pathology1
          DB22, Year-long, Graduate School of Agriculture, 3
        • From 01 Apr. 2023, To 31 Mar. 2024
          Research in Plant Pathology2
          DC23, Year-long, Graduate School of Agriculture, 6
        • From 01 Apr. 2023, To 31 Mar. 2024
          Research in Plant Pathology1
          DC22, Year-long, Graduate School of Agriculture, 6
        • From 01 Apr. 2023, To 31 Mar. 2024
          Plant Pathology (Advanced Course) II
          DA06, Spring, Graduate School of Agriculture, 2
        • From 01 Apr. 2023, To 31 Mar. 2024
          Seminars in Plant Protection
          5305, Year-long, Faculty of Agriculture, 2
        • From 01 Apr. 2023, To 31 Mar. 2024
          Plant Pathology II
          5247, Fall, Faculty of Agriculture, 2
        • From 01 Apr. 2023, To 31 Mar. 2024
          Basic Bioresource Science
          5102, Fall, Faculty of Agriculture, 2
        • From 01 Apr. 2022, To 31 Mar. 2023
          Plant Pathology II
          5247, Fall, Faculty of Agriculture, 2
        • From 01 Apr. 2022, To 31 Mar. 2023
          Seminars in Plant Protection
          5305, Year-long, Faculty of Agriculture, 2
        • From 01 Apr. 2022, To 31 Mar. 2023
          Seminar in Plant Pathology2
          DB23, Year-long, Graduate School of Agriculture, 3
        • From 01 Apr. 2022, To 31 Mar. 2023
          Research in Plant Pathology1
          DC22, Year-long, Graduate School of Agriculture, 6
        • From 01 Apr. 2022, To 31 Mar. 2023
          Research in Plant Pathology2
          DC23, Year-long, Graduate School of Agriculture, 6
        • From 01 Apr. 2022, To 31 Mar. 2023
          Basic Bioresource Science
          5102, Fall, Faculty of Agriculture, 2
        • From 01 Apr. 2022, To 31 Mar. 2023
          Seminar in Plant Pathology1
          DB22, Year-long, Graduate School of Agriculture, 3
        • From Apr. 2021, To Mar. 2022
          Plant Pathology II
          Fall, 農学部
        • From Apr. 2021, To Mar. 2022
          Research in Plant Pathology1
          Year-long, 農学研究科
        • From Apr. 2021, To Mar. 2022
          Research in Plant Pathology2
          Year-long, 農学研究科
        • From Apr. 2021, To Mar. 2022
          Seminar in Plant Pathology1
          Year-long, 農学研究科
        • From Apr. 2021, To Mar. 2022
          Seminar in Plant Pathology2
          Year-long, 農学研究科
        • From Apr. 2021, To Mar. 2022
          Plant Pathology (Advanced Course) II
          Spring, 農学研究科

        Student achievements: Awards

        • 学生優秀発表賞
          田村孝太郎, 日本植物病理学会, 2023

        Other educational achievements

        • 出前授業(高槻高校)
        list
          Last Updated :2024/05/11

          Administration

          Faculty management (title, position)

          • From 01 Apr. 2022, To 31 Mar. 2024
            広報委員会 委員

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