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Laboratory Address |
Sakuragaoka 1-1-1, Setagaya, Tokyo, Japan |
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Laboratory Phone number |
+81-(0)3-5477-2463 |
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Laboratory Fax number |
+81-(0)3-5477-2463 |
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SHINOHARA Takashi Associate Professor |
From School 【 display / non-display 】
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-2000.03
Tokyo University of Agriculture Faculty of Agriculture Graduated
From Graduate School 【 display / non-display 】
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2000.04-2002.03
Chiba University Master Course Completed
Employment Record in Research 【 display / non-display 】
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2008.04-2010.03
Tokyo University of AgricultureJunior College Department of Bioproduction Technology Assistant Professor
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2010.04-2014.03
Tokyo University of AgricultureJunior College Department of Bioproduction Technology Assistant Professor
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2014.04-2018.03
Tokyo University of AgricultureJunior College Department of Bioproduction Technology Associate Professor
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2018.04
Tokyo University of AgricultureFaculty of International Agriculture and Food Studies Department of International Food and Agricultural Science Associate Professor
Academic Society Membership 【 display / non-display 】
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2008.08
The Japanese Society for Tropical Agriculture
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2007.06
International Society for Southeast Asian Agricultural Sciences
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2009.07
The Japanese Association for Arid Land Studies
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2011.01
The Japanese Society for Horticultural Science
Research Interests 【 display / non-display 】
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horticultural Science
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Fruit Science
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Seed Science
Published Papers 【 display / non-display 】
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The effects of a coating treatment of weight loss, juice acidity, shrinkage and ethylene evolution of premature passion fruit: a preliminary experiment [成熟前落果したパッションフルーツに対するコーティング処理が果実重減少、果汁酸度、果皮のシワおよびエチレン放出量におよぼす影響]
Takashi Shinohara, Kiyotaka Oho, Daizou Igarashi, Kaihei Koshio
Tropical Agriculture and Development 63 ( 4 ) 219 - 222 2019.12 [Refereed]
Academic JournalResearch paper (scientific journal) Joint Work
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Ethylene evolution and premature drop in passion fruit [パッションフルーツにおけるエチレン放出と成熟前落果の関係]
Takashi Shinohara, Mizuki Usui, Ayaka Sabanai, Atsushi Sanada, Daizou Igarashi, Kaihei Koshio
Tropical Agriculture and Development 63 ( 3 ) 105 - 112 2019.09 [Refereed]
Academic JournalResearch paper (scientific journal) Joint Work
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Effective DNA fragmentation technique for simple sequence repeat detection with a microsatelite-enriched library and high-throughput sequencing ［次世代シーケンサーを使ったSSR検出のための効果的なDNA断片化技術］
Keisuke Tanaka, Rumi Ohtake, Saki Yoshida and Takashi Shinohara
BioTechniques 62 180 - 182 2017.04 [Refereed]
Academic JournalResearch paper (scientific journal) Joint Work
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Effect of Accumulated Minimum Temperature on Sugar and Organic Acid Content in Passionfruit 〔最低気温の積算温度がパッションフルーツ果汁の糖および有機酸含量に及ぼす影響〕
Shinohara T. Usui M. Higa Y. Igarashi D. and Inoue T.
Journal of International Society for Southeast Asian Agricultural Sciences 19 ( 2 ) 1 - 7 2013.12 [Refereed]
Academic JournalResearch paper (scientific journal) Joint Work
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鮫川村のダイズ生産安定に関する研究-鮫川村で生産されたダイズの種子活力調査-
篠原卓、井上綾、桑田悠斐、五十嵐大造、井上知昭
食農と環境 12 53 - 57 2013.09 [Invited]
Academic JournalResearch paper (scientific journal) Joint Work
Books 【 display / non-display 】
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Chapter 2 Microsatellite Capture Sequencing. In: Genotyping.
Keisuke Tanaka, Rumi Ohtake, Saki Yoshida and Takashi Shinohara (Part： Joint Work )
InTechOpen 2017.11
Review Papers, etc. 【 display / non-display 】
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Seed Vigour as a New Seed Quality Index and Its Utility
16 ( 1 ) 1 - 9 2009.07
Introduction and explanation (scientific journal) Single Work1
Other External Funds 【 display / non-display 】
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ISTA Technical Committee Special Project Funding
Offer organization: International Seed Testing Association ISTA Technical Committee Special Project Funding
Project Year： 2019.09 - 202102 Investigator(s): Dr.Sylvie Ducournau: GEVES, France. and Prof. Alison Powell: University of Aberdeen, UK
There are demands for rapid methods of predicting germination and vigour. Published research has revealed that early radicle emergence (RE) counts and measurements of electrical conductivity (EC) predict normal germination (NG) and vigour of two Brassica
species. This project will 1) assess the potential of both tests to predict germination and vigour of commercial seed lots of five other Brassica species, and 2) examine the application of two systems of image analysis, RGB digital imaging (GEVES system) and multispectral analysis (Videometer), to assess radicle emergence. Seed lots covering a range of NG, above and below the commercially acceptable level, will be
used to identify 1) lots with unacceptable NG 2) differences in germination between lots with acceptable NG. Work on vigour will focus on lots with high acceptable NG; initial vigour assessments will be made using the Controlled Deterioration test and the
rate of, and final, emergence in field or glasshouse trials. Automated germination progress curves, produced using the GEVES digital imaging system will select times for RE counts that predict NG. RE counts using multispectral imaging will reveal if the
two image analysis systems give reproducible data and predict NG. The potential for measurements of the EC of seed soak water, taken at different times during 24 hours soaking to predict NG will also be examined. Both the EC and the selected RE counts will be compared to assessments of vigour to determine if they can be used as vigour tests. Members of the Germination and Vigour Committees will take part in
comparative tests on two of the species using the selected RE and EC assessments. These will use both manual assessments and image analysis systems to test their ability to assess NG and vigour and to provide data on repeatability and reproducibility for test validation.
Activity of Academic 【 display / non-display 】
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2014.04
The Japanese Society for Tropical Agriculture