Rchr
J-GLOBAL ID:201601003318365183
Update date: Jan. 30, 2024
Ikegaya Tomohito
イケガヤ トモヒト | Ikegaya Tomohito
Affiliation and department:
Job title:
Researcher
Research field (1):
Genetics
Research keywords (2):
genome
, rice
Research theme for competitive and other funds (1):
- 2012 - 2015 Identification of the gene responsible for rice endosperm mutation that accumulates starch with low gelatinization temperature, and evaluation of the mutant as a novel starch material.
Papers (16):
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Tomohito Ikegaya, Kenta Shirasawa, Kenji Fujino. Physical mapping of qDTH3 for heading date reveals the evolution of cultivated rice (Oryza sativa L.). Euphytica. 2023. 219. 1
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Yoshiyuki Sagehashi, Tomohito Ikegaya, Kenji Fujino. Integration of genetic engineering into conventional rice breeding programs for the next generation. Euphytica. 2022. 218. 145
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Shuichi Matsuba, Wakako Maruyama-Funatsuki, Takayuki Umemoto, Hideki Kato, Makoto Kuroki, Narifumi Yokogami, Tomohito Ikegaya, Hiroyuki Shimizu, Norio Iriki. The induced mutant allele <i>flo4-303</i> confers floury characteristics on the japonica rice cultivar ‘Hoshinoko’. Breeding Science. 2022. 72. 5. 383-388
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"Hoshiminori", a new rice cultivar suitable for rice-wheat/barley double cropping. 2021. 6. 21-29
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Tomohito Ikegaya, Kanae Ashida. Genetic region responsible for the differences of starch properties in two glutinous rice cultivars in Hokkaido, Japan. Breeding Science. 2021. 71. 3. 375-383
more...
MISC (25):
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Tomohito Ikegaya, Kenta Shirasawa, Kenji Fujino. Strategies to assess genetic diversity for crop breeding. Euphytica. 2023. 219. 6
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白澤 健太, 井澤 毅, 池ヶ谷 智仁, 最相 大輔, 小松 邦彦, 品田 博史, 新倉 聡. 「品種育成」にコミットするゲノム研究とは(2)-Genomics on plant breeding programs(2)-2021年第62回シンポジウム(シンポジウム・ワークショップ)報告. 育種学研究 = Breeding research : 日本育種学会和文誌 / 日本育種学会 編. 2022. 24. 1. 75-83
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黒木慎, 山口誠之, 石井卓朗, 小林伸哉, 平林秀介, 竹内善信, 後藤明俊, 春原嘉弘, 加藤浩, 佐藤宏之, et al. “Hoshiminori”, a new rice cultivar suitable for rice-wheat/barley double cropping. 農研機構研究報告. 2021. 6
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保田浩, 梶亮太, 梶亮太, 梅本貴之, 梅本貴之, 清水博之, 清水博之, 松葉修一, 横上晴郁, 横上晴郁, et al. 北海道の直播栽培向け極良食味新品種「さんさんまる」の育成. 北農. 2020. 87. 2
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松葉修一, 保田浩, 池ヶ谷智仁, 芦田かなえ, 芦田かなえ. 高アミロース米品種「北瑞穂」の育成とその加工適性および普及について. 農業および園芸. 2020. 95. 12
more...
Lectures and oral presentations (6):
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qDTH3, heading gene for rice stable production in northern-most region in Japan
(2023)
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History of phenotypic improvement for stable rice cultivation in Hokkaido.
(2020)
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北海道水稲在来品種群の成立過程
(日本育種学会・日本作物学会北海道談話会 2017)
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寒地向けで極多収の水稲新品種候補系統「北海327号」の育成
(日本育種学会第130回講演会 2016)
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適応性遺伝子の拡散過程モデル
(日本育種学会第129回講演会 2016)
more...
Work history (6):
Association Membership(s) (1):
JAPANESE SOCIETY OF BREEDING
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