Yoshida Midori

ヨシダミドリ | Yoshida Midori

Homepage URL (2)： http://cryo.naro.affrc.go.jp/ , http://www.naro.affrc.go.jp/english/index.html

Research field (3)： Applied molecular and cellular biology , Molecular biology , Plants: molecular biology and physiology

Research keywords (8)：カボチャ , コムギ , snow mold resistance , Fructan , Cold stress , Freezing tolerance , Biomas , Low temperature stress

Research theme for competitive and other funds (4)：

2012 - 2015 Analysis of role of fructan exohydrolase genes in efficient use of wintering energy of wheat
2009 - 2011 Physiological analysis of potential of fructan-accumulating transgenic rice for biomass material
2005 - 2006 A novel rice accumulating fructan in the vacuole as a temporary storage carbohydrate and its evaluation for forage
2002 - 2004 Development of forage grasses with high quality and functionality based on genomic information of fructan

Papers (57)：

Shoya Kitabayashi, Akira Kawaguchi, Midori Yoshida, Daisuke Kami, Keita Sugiyama, Akira Kawakami. First report of Fusarium sambucinum causing postharvest fruit rot of winter squash (Cucurbita maxima). Journal of General Plant Pathology. 2022
Keita Sugiyama, Hanako Shimura, Daisuke Kami, Naho Murata, Midori Yoshida, Akihiro Suzuka, Kohei Nagaoka, Yutaka Jitsuyama, Takashi Suzuki. Phylogenetic analyses and agronomical characteristics on parthenocarpy in different Cucurbitaceae genera using cross-pollination. Scientia Horticulturae. 2021. 289. 110210-110210
Seiichi Fujiu, Masanobu Ito, Eriko Kobayashi, Yuichi Hanada, Midori Yoshida, Sakae Kudoh, Tamotsu Hoshino. Basidiomycetous Yeast, Glaciozyma antarctica, Forming Frost-Columnar Colonies on Frozen Medium. Microorganisms. 2021. 9. 8. 1679-1679
吉田みどり, 嘉見大助, 杉山慶太. セイヨウカボチャの高貯蔵性選抜育種や貯蔵性予測に使える果実可溶性糖指標. 北農. 2021. 88. 1. 2-6
Keiji Ueno, Takahiro Sonoda, Midori Yoshida, Akira Kawakami, Norio Shiomi, Shuichi Onodera. Decreased expression of fructosyltransferase genes in asparagus roots may contribute to efficient fructan degradation during asparagus spear harvesting. Plant Physiology and Biochemistry. 2020. 156. 192-200

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MISC (41)：

上野敬司, 園田高広, 吉田みどり, 川上顕, 塩見徳夫, 小野寺秀一. Fructan Exohydrolase Involved in Fructan Consumption during the Asparagus Harvest. 応用糖質科学. 2022. 12. 2
Midori Yoshida. Fructan Structure and Metabolism in Overwintering Plants. Plants. 2021. 10. 5. 933-933
上野敬司, 園田高広, 吉田みどり, 川上顕, 塩見徳夫, 小野寺秀一. アスパラガス収穫期の養分消費を担うフルクタン加水分解酵素. 応用糖質科学. 2021. 11. 3
上野敬司, 四月朔日新, 藤田樹里, 吉田みどり, 園田高広, 小野寺秀一. アスパラガス由来フルクタン加水分解酵素遺伝子の機能及び発現解析. 園芸学研究別冊. 2018. 17. 1
吉田みどり. 植物のレバン型フルクタン研究. 応用糖質科学. 2016. 6. 4. 233-238

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Patents (4)：

Books (3)：

Plant and Microbe Adaptations to a Cold in a Changing World
Springer 2013 ISBN:9781461482529
Graminan Metabolism inCereals: Wheat as a Model System. In Recent Advances inFructooligosaccharides Research. Chapter 10
Research Signpost Publisher, Kerala 2007
Low Temperature Plant Microbe Interaction Under Snow
2001 ISBN:4901405039

Professional career (1)：

Work history (3)：

Committee career (5)：

2010 - 2012/08 Plant Microbe Adaptation to Cold, Organizing committee
2011 - 2012/07 7th International Fructan Symposium, International scientific committee
2007 - 2008/07 6th International Fructan Symposium, Organizing committee
2002 - 2005 日本植物生理学会評議員
2002 - 2004/07 7th International Plant Cold Hardiness Seminar, Organizing committee

Association Membership(s) (4)：

THE JAPANESE SOCIETY FOR HORTICULTURAL SCIENCE , 日本農芸化学会 , 日本植物生理学会 , 日本植物学会

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