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Ohde, Takahiro
Graduate School of Agriculture, Division of Applied Biosciences Assistant Professor
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Last Updated :2026/06/26
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Email Address
ohde.takahiro.4n
kyoto-u.ac.jp
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Academic Resume (Undergraduate School/Majors)
High School
High School
神奈川県立横浜緑ヶ丘高等学校
Research History
- From Jun. 2017, To PresentKyoto University, Grad School of Agricultural Sciences, Assistant Professor
- From Sep. 2015, To May 2017National Institute for Basic Biology, Division of Evolutionary Developmental Biology, Assistant Professor
- From Jun. 2015, To Aug. 2015National Institute for Basic Biology, Division of Evolutionary Developmental Biology, Research Fellow
- From Apr. 2013, To Mar. 2015New York University, Langone Medical Center, JSPS Oversea Research Fellow
- From Apr. 2012, To Mar. 2013Nagoya University, Grad School of Bioagricultural Sciences, JSPS Research Fellow (PD)
- From Apr. 2010, To Mar. 2012Nagoya University, Grad School of Bioagricultural Sciences, JSPS Research Fellow (DC1)
Profile
Profile
昆虫の新しい形の起源を辿る進化発生学研究
昆虫が示す多様で機能的な形は、かっこよく、美しく、おもしろい。地球上最多種数が記載された生物である昆虫は、分節性・六本脚といった体の基本構築を種間で高度に復元する一方で、有翅昆虫の翅や甲虫の角、ハサミムシの尾鋏など、系統特異的に「新しい」形（＝新奇形態）を生み出して多様化してきた。これらの新奇形態は、卵から孵った後の後胚発生における、極端な外骨格の変形により創り出される。我々は、外骨格をもつ昆虫に特徴的な、局所的変形による新奇形態の起源とその進化機構を、現生昆虫の発生比較に基づいた進化発生学的方法論により研究している。現在主に2つの現象理解に取り組んでいる。
1. 昆虫における飛翔の起源と進化
昆虫の翅の進化的起源は150年来の謎である。我々は、不完全変態昆虫であるフタホシコオロギにおける翅発生の詳細な調査から、翅が無翅昆虫の側背板に直接由来する可能性を示した（Ohde et al., 2022）。さらに翅の起源を辿るためには、翅獲得以前の体制を示す昆虫の発生を調べる必要がある。この目的のため、無翅昆虫マダラシミでRNAi、ゲノム編集、遺伝子組換えといったツール開発を進めてきた（Ohde et al., 2009; Ohde et al., 2018; Inada et al., 2025など）。現在、コオロギとシミの発生比較から、昆虫飛翔の起源と進化の謎に挑んでいる。
2. コオロギ科頭部進化をモデルとした新奇性獲得の超階層的理解
蛹を作らない不完全変態昆虫であるコオロギは、幼虫から成虫まで全身の体制に大きな変化がない一方で、体の一部を極端に変形して新しい形を創り出す。また、複数種の室内飼育が容易であり、かつ、ゲノム編集や遺伝子組換えといった高度な遺伝学ツールが実装されている。このような特徴に着目して、直接発生過程で多様な頭部の変形を示すコオロギ科昆虫をモデルとした進化発生学研究を進めている（Yoneda et al., 2025）。個体・組織・分子の多階層で変形に伴う変化を測定した上で、階層間の関係性を明らかにして、昆虫の後胚期変形を支配する基礎原理を超階層的に理解することを目指している。
左から、マダラシミ、フタホシコオロギ、ミツカドコオロギ
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Last Updated :2026/06/26
Research
Research Topics, Overview of the research
Research Topics
Mechanisms underlying the evolution of novel morphologies via deformation in insectsOverview of the research
Insects are the most species-rich organisms on Earth. They exhibit remarkable conservation of body architecture across species, including segmentation and the six-legged body plan. At the same time, they have diversified by evolving lineage-specific “novel morphologies,” such as the wings of pterygote insects, the horns of beetles, and the forceps of earwigs. These novel structures are generated through extreme deformation of the exoskeleton during postembryonic development after hatching. We investigate the origins and evolutionary mechanisms of such novel morphologies produced by localized deformation, a feature characteristic of exoskeleton-bearing insects, using an evolutionary developmental biology (Evo-Devo) approach based on comparative analyses of development among extant insects.
Research Interests
Research Areas
Papers
- Highly efficient hyPBase-mediated transgenesis facilitates gain-of-function analysis in the cricket Gryllus bimaculatusTakahiro Ohde; Taro Nakamura; Taro Mito; Takaaki DaimonInsect Biochemistry and Molecular Biology, Sep. 2025, Peer-reviewed, Lead author, Corresponding author
- Lineage-specific head development in the coffin-headed cricket Loxoblemmus equestris links the final molt with novel trait evolutionMizuho Yoneda; Shinichi Morita; Teruyuki Niimi; Takaaki Daimon; Takahiro OhdeEvoDevo, 16 Jul. 2025, Peer-reviewed, Corresponding author
- Genome editing reveals no potential role of the circadian clock gene period in the circatidal rhythm of the mangrove cricketKazuki Sakura; Rina Miyano; Takahiro Ohde; Yuta Shimizu; Motoki Nakata; Hideharu Numata; Shin G GotoBiological Rhythm Research, 21 May 2025, Peer-reviewed
- Efficient transgenic system for the firebrat Thermobia domestica utilizing hyPBase and G0 founder prescreeningKei Inada; Takahiro Ohde; Takaaki DaimonGene, Mar. 2025
- The transition to flying insects: lessons from evo-devo and fossilsTakahiro Ohde; Jakub ProkopCurrent opinion in insect science, 19 Jan. 2025, Peer-reviewed, Invited, Lead author, Corresponding author
- Involvement of the scalloped gene in morphogenesis of the wing margin via regulating cell growth in a hemimetabolous insect Gryllus bimaculatusTakahisa Yamashita; Takahiro Ohde; Taro Nakamura; Yoshiyasu Ishimaru; Takahito Watanabe; Sayuri Tomonari; Yuki Nakamura; Sumihare Noji; Taro MitoDevelopment, Growth & Differentiation, 23 Jun. 2023
- Mating behaviors and multiple mating in the firebrat, Thermobia domestica (Zygentoma: Lepismatidae)Kei Inada; Toshinori Minemura; Takahiro Ohde; Takaaki DaimonApplied Entomology and Zoology, 19 Apr. 2023, Peer-reviewed
- Reduction of embryonic E93 expression as a hypothetical driver of the evolution of insect metamorphosisAna Fernandez-Nicolas; Gabriela Machaj; Alba Ventos-Alfonso; Viviana Pagone; Toshinori Minemura; Takahiro Ohde; Takaaki Daimon; Guillem Ylla; Xavier BellesProceedings of the National Academy of Sciences, 06 Feb. 2023, Peer-reviewed
- The draft genome sequence of the Japanese rhinoceros beetle Trypoxylus dichotomus septentrionalis towards an understanding of horn formationShinichi Morita; Tomoko F. Shibata; Tomoaki Nishiyama; Yuuki Kobayashi; Katsushi Yamaguchi; Kouhei Toga; Takahiro Ohde; Hiroki Gotoh; Takaaki Kojima; Jesse N. Weber; Marco Salvemini; Takahiro Bino; Mutsuki Mase; Moe Nakata; Tomoko Mori; Shogo Mori; Richard Cornette; Kazuki Sakura; Laura C. Lavine; Douglas J. Emlen; Teruyuki Niimi; Shuji ShigenobuScientific Reports, 30 May 2023
- A hemimetabolous wing development suggests the wing origin from lateral tergum of a wingless ancestorTakahiro Ohde; Taro Mito; Teruyuki NiimiNature Communications, Feb. 2022, Peer-reviewed, Lead author, Corresponding author
- Functional conservation and diversification of yellow-y in lepidopteran insectsYu Shirai; Takahiro Ohde; Takaaki DaimonInsect Biochemistry and Molecular Biology, Jan. 2021, Peer-reviewed
- Egg Microinjection and Efficient Mating for Genome Editing in the Firebrat Thermobia domesticaTakahiro Ohde; Toshinori Minemura; Eiichi Hirose; Takaaki DaimonJournal of Visualized Experiments, 20 Oct. 2020, Peer-reviewed, Lead author, Corresponding author
- Rhinoceros beetle horn development reveals deep parallels with dung beetles.Ohde T; Morita S; Shigenobu S; Morita J; Mizutani T; Gotoh H; Zinna RA; Nakata M; Ito Y; Wada K; Kitano Y; Yuzaki K; Toga K; Mase M; Kadota K; Rushe J; Lavine LC; Emlen DJ; Niimi TPLoS genetics, Oct. 2018, Peer-reviewed
- CRISPR/Cas9-based heritable targeted mutagenesis in Thermobia domestica: A genetic tool in an apterygote development model of wing evolutionTakahiro Ohde; Yusuke Takehana; Takahiro Shiotsuki; Teruyuki NiimiArthropod Structure and Development, 2018, Peer-reviewed
- What serial homologs can tell us about the origin of insect wingsYoshinori Tomoyasu; Takahiro Ohde; Courtney Clark-HachtelF1000Research, 2017, Peer-reviewed
- Role of scalloped in the post-embryonic development of the red flour beetle Tribolium castaneum (Coleoptera: Tenebrionidae)Chieka Minakuchi; Takahiro Ohde; Ken Miura; Toshiharu Tanaka; Teruyuki NiimiAPPLIED ENTOMOLOGY AND ZOOLOGY, Feb. 2015, Peer-reviewed
- Wing serial homologs and the origin and evolution of the insect wing.Takahiro Ohde; Toshinobu Yaginuma; Teruyuki NiimiZOOLOGY, Apr. 2014, Peer-reviewed
- The role of doublesex in the evolution of exaggerated horns in the Japanese rhinoceros beetleYuta Ito; Ayane Harigai; Moe Nakata; Tadatsugu Hosoya; Kunio Araya; Yuichi Oba; Akinori Ito; Takahiro Ohde; Toshinobu Yaginuma; Teruyuki NiimiEMBO REPORTS, Jun. 2013, Peer-reviewed
- Insect morphological diversification through the modification of wing serial homologsTakahiro Ohde; Toshinobu Yaginuma; Teruyuki NiimiScience, 26 Apr. 2013, Peer-reviewed
- A visible dominant marker for insect transgenesisMizuko Osanai-Futahashi; Takahiro Ohde; Junya Hirata; Keiro Uchino; Ryo Futahashi; Toshiki Tamura; Teruyuki Niimi; Hideki SezutsuNATURE COMMUNICATIONS, Dec. 2012, Peer-reviewed
- A Baculovirus Immediate-Early Gene, ie1, Promoter Drives Efficient Expression of a Transgene in Both Drosophila melanogaster and Bombyx moriMika Masumoto; Takahiro Ohde; Kunihiro Shiomi; Toshinobu Yaginuma; Teruyuki NiimiPLOS ONE, Nov. 2012, Peer-reviewed
- Nymphal RNAi analysis reveals novel function of scalloped in antenna, cercus and caudal filament formation in the frebrat, Thermobia domesticaTakahiro Ohde; Toshinobu Yaginuma; Teruyuki NiimiJournal of Biotechnology and Sericology, 2011, Peer-reviewed
- Vestigial and scalloped in the ladybird beetle: a conserved function in wing development and a novel function in pupal ecdysisT. Ohde; M. Masumoto; M. Morita-Miwa; H. Matsuura; H. Yoshioka; T. Yaginuma; T. NiimiINSECT MOLECULAR BIOLOGY, Oct. 2009, Peer-reviewed
- Embryonic RNAi analysis in the firebrat , Thermobia domestica : Distal-less is required to form caudal filamentOhde, Takahiro; Mika Yaginuma; Toshinobu Niimi; TeruyukiJ Insect Biotechnol Sericol, 2009, Peer-reviewed
Misc.
- 昆虫翅の進化的起源の探索 —進化発生学が拓く新展開—大出高弘蚕糸・昆虫バイオテック, 2018, Invited, Lead author
- What is the evolutionary origin of insect wings?大出高弘; 新美輝幸昆虫と自然, 2016
- 性決定遺伝子で探るカブトムシの角形成メカニズム間瀬睦月; 大出高弘; 新美輝幸化学と生物, 2016
- The study of the doublesex gene of the Japanese rhinoceros beetle : why are horns male-specific?間瀬睦月; 大出高弘; 新美輝幸昆虫と自然, 2015
- 昆虫の翅はどこから来たのか？—エボデボで解き明かす大出高弘; 柳沼利信; 新美輝幸生物の科学 遺伝, 2013, Invited, Lead author
- 無翅昆虫から探る昆虫の翅の起源大出高弘; 柳沼利信; 新美輝幸昆虫DNA研究会ニュースレター, 2010
- 新規生物農薬「翅なしテントウムシ」の作出新美輝幸; 大出高弘; 柳沼利信ニューカントリー, 2010
- 昆虫翅形成遺伝子scallopedの蛹脱皮における新機能―TEADタンパク質の新展開―．大出高弘; 増本三香; 新美輝幸比較内分泌学, Dec. 2009
Presentations
- 昆虫尾角の「付属肢性」：RNA-seqによる尾角形成遺伝子基盤の解析歳藤丈瑠; 大出高弘第70回日本応用動物昆虫学会大会, 28 Mar. 2026
- コオロギにおけるBTB転写因子をコードするchinmoおよびabruptの変態時期制御における役割古川龍之介; 門嶋眞奈; 大出高弘; 大門高明第70回日本応用動物昆虫学会大会, 28 Mar. 2026
- Exploring a wing homologous region in the wingless insect Thermobia domestica谷重和来; 千頭康彦; 新美輝幸; 大出高弘第70回日本応用動物昆虫学会大会, 28 Mar. 2026
- ネッタイオカメコオロギの雄特異的な頭部の局所変形におけるdoublesex遺伝子の機能解析米田 瑞穂; 森田 慎一; 新美 輝幸; 重信 秀治; 伊藤 悠希; 三野 流斗; 片岡 孝介; 大出 高弘日本動物学会第96回名古屋大会, 05 Sep. 2025
- 昆虫の新奇形態から考える進化可能性大出高弘第3回進化可能性変動史セミナー, 21 Jan. 2026, Invited
- コオロギ近縁種ゲノムの配列・機能比較から探るエンハンサーの進化大出高弘; 米田瑞穂; 伊藤悠希; 三野流斗; 片岡孝介; 大門高明日本動物学会第96回名古屋大会, 04 Sep. 2025, Invited
- 昆虫の翅の起源を探す [講演動画: https://youtu.be/vJ5FVI7F9wU?feature=shared]大出高弘虫の会（拡張版）第五回, 19 Jul. 2025, Invited
- 昆虫の翅の起源を辿る大出高弘昆虫DNA研究会第21回研究集会, 17 May 2025, Invited
- The firebrat Thermobia domestica as a model organsim in the labTakahiro OhdeGEvol meeting, 18 Dec. 2024, Invited
- コオロギ亜科近縁種間における エンハンサーの塩基配列と遺伝子発現調節機能の進化的保存性について大出高弘; 米田瑞穂; 伊藤悠希; 三野流斗; 片岡孝介; 大門高明日本動物学会第95回長崎大会, 12 Sep. 2024
- Developmental modifications to take flight: an evo-devo study bridging the gap between wingless and winged insectsTakahiro OhdeXXVII International congress of entomology, 29 Aug. 2024
- 高効率遺伝子組換えを利用したフタホシコオロギ生体内におけるエンハンサーの時空間的活性の調査大出高弘日本昆虫学会第84回大会・第68回日本応用動物昆虫学会大会, 31 Mar. 2024
- 不完全変態昆虫におけるBTB転写因子Chronologically inappropriate morphogenesisとAbruptの幼虫期維持機能門嶋眞奈; 大門高明; 大出高弘日本昆虫学会第84回大会・第68回日本応用動物昆虫学会大会, 30 Mar. 2024
- 昆虫の尾角は真の付属肢か？—フタホシコオロギを用いた再検討—松下詠太郎; 大出高弘日本昆虫学会第84回大会・第68回日本応用動物昆虫学会大会, 29 Mar. 2024
- ネッタイオカメコオロギをモデルとした頭部新奇形質の発生メカニズムの探索米田瑞穂; 森田慎一; 新美輝幸; 大出高弘日本昆虫学会第84回大会・第68回日本応用動物昆虫学会大会, 29 Mar. 2024
- 翅の進化的起源：非モデル生物の比較から革命的大進化を読み解く大出高弘第46回日本分子生物学会年会：シンポジウム「虫の会まじめ版10」, 08 Dec. 2023, Invited
- 昆虫の翅進化から探る形態多様化の新機軸成立への道筋大出高弘日本進化学会第25回大会：シンポジウム「新機軸を生む形態進化をどう理解するか」, 01 Sep. 2023, Invited
- Unraveling insect wing evolution through identification of regulatory DNA modules in GryllusTakahiro Ohde; Taro Mito; Teruyuki Niimi; Takaaki DaimonNon-Traditional Arthropod Model Systems meeting, 01 Aug. 2023
- 昆虫の新奇な翅の進化をもたらした発生プロセスの変化大出高弘; 三戸太郎; 新美輝幸日本動物学会第93回早稲田大会, 10 Sep. 2022
- 昆虫の翅：その由来と多様な形づくりへの貢献大出高弘日本古生物学会2022年年会, 01 Jul. 2022, Invited
- エボデボから考える昆虫翅の進化シナリオ大出高弘第81回日本昆虫学会, 05 Sep. 2021, Invited
- Developmental origin of wings in the two-spotted cricket Gryllus bimaculatus suggests an evolutionary mechanism of the insect wing大出高弘第57回日本節足動物発生学会, 10 Jul. 2021, Invited
- hyPBaseを用いた高効率での遺伝子組換えコオロギの作出大出高弘; 大門高明第65回日本応用動物昆虫学会, 24 Mar. 2021
- フタホシコオロギの触角場形成に関与するホメオボックス遺伝子の発見松山涼; 大出高弘第65回日本応用動物昆虫学会, 24 Mar. 2021
- A hemimetabolous wing development implicates an essential step for novel insect wing evolutionTakahiro Ohde; Taro Mito; Teruyuki NiimiMBSJ2020, 04 Dec. 2020
Books and Other Publications
Media Coverage
External funds: Kakenhi
- Development and evolution of heteromorphosis in insectsGrant-in-Aid for Scientific Research (B)Basic Section 39050:Insect science-relatedKyoto UniversityTakahiro OhdeFrom 01 Apr. 2019, To 31 Mar. 2023, Project Closed形態進化;多様性;新奇形態;昆虫;翅;変態;不完全変態昆虫;無変態昆虫;ゲノム編集;後胚発生;コオロギ;翅原基;Wnt;Hippo;発生遺伝学
- Optogenetics-based approach for understanding postembryonic development in insectsGrant-in-Aid for Challenging Research (Exploratory)Medium-sized Section 39:Agricultural and environmental biology and related fieldsKyoto UniversityTakahiro OhdeFrom 29 Jun. 2018, To 31 Mar. 2021, Project Closed光遺伝学;後胚発生;遺伝子組換え;昆虫;不完全変態昆虫;ゲノム編集;メラニン;ホルモン
- Identification of key developmental changes for insect wing evolutionGrant-in-Aid for Young Scientists (B)Kyoto University;National Institute for Basic BiologyTakahiro OhdeFrom 01 Apr. 2016, To 31 Mar. 2018, Project Closed形態進化;新奇形質;エボデボ;CRISPR/Cas9;進化発生;昆虫;進化発生学
- Elucidation of the evolutionary mechanism behind the origin and diversification of insect wings and its applicationGrant-in-Aid for Scientific Research (A)National Institute for Basic BiologyTeruyuki NiimiFrom 01 Apr. 2016, To 31 Mar. 2020, Project Closed翅;起源;多様性
- 翅獲得の基盤解明による大進化の人為的再現Grant-in-Aid for Scientific Research (B)Basic Section 39050:Insect science-relatedKyoto University大出 高弘From 01 Apr. 2023, To 31 Mar. 2027, Granted大進化;形態進化;新奇形質;シングルセル解析
- 成長終結機構の解明とその人為的制御による昆虫の巨大化Grant-in-Aid for Challenging Research (Exploratory)Medium-sized Section 39:Agricultural and environmental biology and related fieldsKyoto University大出 高弘From 30 Jun. 2023, To 31 Mar. 2026, Granted変態;BTB-ZF;piggyBac;遺伝子組換え;幼若ホルモン;成長期;体サイズ;ゲノム編集
- 翅獲得の基盤解明による大進化の人為的再現Grant-in-Aid for Scientific Research (B)Basic Section 39050:Insect science-relatedKyoto University大出 高弘From 01 Apr. 2024, To 31 Mar. 2027, Granted形態進化;新奇形質;遺伝子組換え;piggyBac;エンハンサー;大進化;シングルセル解析
- The evolutionary origins and principles of insect metamorphosisGrant-in-Aid for Scientific Research (A)Medium-sized Section 39:Agricultural and environmental biology and related fieldsKyoto University大門 高明From 01 Apr. 2024, To 31 Mar. 2029, Granted変態;マダラシミ;進化;昆虫;ゲノム編集
External funds: others
list
Last Updated :2026/06/26
Education
Teaching subject(s)
- From 01 Apr. 2026, To 31 Mar. 2027Seminar in Insect PhysiologyDF05, Spring, Graduate School of Agriculture, 1.5
- From 01 Apr. 2026, To 31 Mar. 2027Seminar in Insect PhysiologyDF05, Fall, Graduate School of Agriculture, 1.5
- From 01 Apr. 2026, To 31 Mar. 2027Research in Insect PhysiologyDG05, Spring, Graduate School of Agriculture, 3
- From 01 Apr. 2026, To 31 Mar. 2027Research in Insect PhysiologyDG05, Fall, Graduate School of Agriculture, 3
- From 01 Apr. 2026, To 31 Mar. 2027Advances in Insect Behavioral PhysiologyDA09, Fall, Graduate School of Agriculture, 2
- From 01 Apr. 2026, To 31 Mar. 2027Seminars in Plant Protection5305, Year-long, Faculty of Agriculture, 2
- From 01 Apr. 2025, To 31 Mar. 2026Seminar in Insect PhysiologyDF05, Spring, Graduate School of Agriculture, 1.5
- From 01 Apr. 2025, To 31 Mar. 2026Seminar in Insect PhysiologyDF05, Fall, Graduate School of Agriculture, 1.5
- From 01 Apr. 2025, To 31 Mar. 2026Research in Insect PhysiologyDG05, Spring, Graduate School of Agriculture, 3
- From 01 Apr. 2025, To 31 Mar. 2026Research in Insect PhysiologyDG05, Fall, Graduate School of Agriculture, 3
- From 01 Apr. 2025, To 31 Mar. 2026Seminars in Plant Protection5305, Year-long, Faculty of Agriculture, 2
- From 01 Apr. 2024, To 31 Mar. 2025Seminar in Insect PhysiologyDF05, Spring, Graduate School of Agriculture, 1.5
- From 01 Apr. 2024, To 31 Mar. 2025Seminar in Insect PhysiologyDF05, Fall, Graduate School of Agriculture, 1.5
- From 01 Apr. 2024, To 31 Mar. 2025Research in Insect PhysiologyDG05, Spring, Graduate School of Agriculture, 3
- From 01 Apr. 2024, To 31 Mar. 2025Research in Insect PhysiologyDG05, Fall, Graduate School of Agriculture, 3
- From 01 Apr. 2024, To 31 Mar. 2025Advances in Insect Behavioral PhysiologyDA09, Fall, Graduate School of Agriculture, 2
- From 01 Apr. 2024, To 31 Mar. 2025Seminars in Plant Protection5305, Year-long, Faculty of Agriculture, 2
- From 01 Apr. 2023, To 31 Mar. 2024Seminar in Insect Physiology2DB27, Year-long, Graduate School of Agriculture, 3
- From 01 Apr. 2023, To 31 Mar. 2024Seminar in Insect Physiology1DB26, Year-long, Graduate School of Agriculture, 3
- From 01 Apr. 2023, To 31 Mar. 2024Research in Insect Physiology2DC27, Year-long, Graduate School of Agriculture, 6
- From 01 Apr. 2023, To 31 Mar. 2024Research in Insect Physiology1DC26, Year-long, Graduate School of Agriculture, 6
- From 01 Apr. 2023, To 31 Mar. 2024Seminars in Plant Protection5305, Year-long, Faculty of Agriculture, 2
- From 01 Apr. 2022, To 31 Mar. 2023Advances in Insect Behavioral PhysiologyDA09, Fall, Graduate School of Agriculture, 2
- From 01 Apr. 2022, To 31 Mar. 2023Seminars in Plant Protection5305, Year-long, Faculty of Agriculture, 2
- From 01 Apr. 2022, To 31 Mar. 2023Research in Insect Physiology1DC26, Year-long, Graduate School of Agriculture, 6
- From 01 Apr. 2022, To 31 Mar. 2023Seminar in Insect Physiology2DB27, Year-long, Graduate School of Agriculture, 3
- From 01 Apr. 2022, To 31 Mar. 2023Seminar in Insect Physiology1DB26, Year-long, Graduate School of Agriculture, 3
- From 01 Apr. 2022, To 31 Mar. 2023Research in Insect Physiology2DC27, Year-long, Graduate School of Agriculture, 6
- From Apr. 2018, To Mar. 2019Research in Insect Physiology1Year-long, 農学研究科
- From Apr. 2018, To Mar. 2019Research in Insect Physiology2Year-long, 農学研究科
- From Apr. 2018, To Mar. 2019Seminar in Insect Physiology1Year-long, 農学研究科
- From Apr. 2018, To Mar. 2019Seminar in Insect Physiology2Year-long, 農学研究科
- From Apr. 2018, To Mar. 2019Seminars in Plant ProtectionYear-long, 農学部
- From Apr. 2019, To Mar. 2020Research in Insect Physiology1Year-long, 農学研究科
- From Apr. 2019, To Mar. 2020Research in Insect Physiology2Year-long, 農学研究科
- From Apr. 2019, To Mar. 2020Seminar in Insect Physiology1Year-long, 農学研究科
- From Apr. 2019, To Mar. 2020Seminar in Insect Physiology2Year-long, 農学研究科
- From Apr. 2019, To Mar. 2020Seminars in Plant ProtectionYear-long, 農学部
- From Apr. 2020, To Mar. 2021Research in Insect Physiology1Year-long, 農学研究科
- From Apr. 2020, To Mar. 2021Research in Insect Physiology2Year-long, 農学研究科
- From Apr. 2020, To Mar. 2021Seminar in Insect Physiology1Year-long, 農学研究科
- From Apr. 2020, To Mar. 2021Seminar in Insect Physiology2Year-long, 農学研究科
- From Apr. 2020, To Mar. 2021Seminars in Plant ProtectionYear-long, 農学部
- From Apr. 2021, To Mar. 2022Research in Insect Physiology1Year-long, 農学研究科
- From Apr. 2021, To Mar. 2022Research in Insect Physiology2Year-long, 農学研究科
- From Apr. 2021, To Mar. 2022Seminar in Insect Physiology1Year-long, 農学研究科
- From Apr. 2021, To Mar. 2022Seminar in Insect Physiology2Year-long, 農学研究科
- From Apr. 2021, To Mar. 2022Seminars in Plant ProtectionYear-long, 農学部
- From Apr. 2021, To Mar. 2022Introduction to Foreign Literature in Bioresource Science ISpring, 農学部
