University of the Ryukyus · Graduate School of Science and Engineering · 教授

Research keywordsMalabar grouper・clock gene expression・coral photophysiology・light intensity effects・light wavelength effects・aquaculture physiology

Research fieldsStratigraphy/Paleontology・Fisheries science・General fisheries・Agriculture・Earth and planetary science・地球科学・Mathematics and Physics・Applied aquatic science

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• Activation of the growth–IGF-1 axis, but not appetite, is related to high growth performance in juveniles of the Malabar grouper, Epinephelus malabaricus, under isosmotic condition2023 · 2. Zhu YF, Negishi R, Fukunaga K, Udagawa S, Shimabukuro A, Takemura A
• Effects of light intensity and wavelength on the growth and physiological adaptation of Acroporid corals.2023 · 1. Izumi R, Tan ES, Higa H, Takeuchi Y, Isomura N, Shi Z, Takemura A
• Darkness at night during the new moon period alters the expression levels of the clock genes in the brain of a moon-related spawner, the Malabar grouper Epinephelus malabaricus2023 · 3. Yamashina F, Zhu YF, Takeuchi Y, Yamauchi C, Fukunaga K, Udagawa S, Takemura A
• Ⅱ．沖縄県における地域共創による水産業の活性化2023 · 竹村 明洋, 宇田川 伸吾

• 降雨条件の異なる熱帯モンスーン環境比較から解き明かす魚類の測季システム2016 · 基盤研究(B)
• 異なる熱帯気候帯の環境変動比較から解き明かす魚類の測季システム2013 · 基盤研究(B)
• 高輝度蓄光剤を用いた超省エネ長日条件で稚魚の成長を促進できるのか2013 · 挑戦的萌芽研究
• 高輝度蓄光顔料を利用した魚類の超省エネ成熟誘導技術開発への挑戦2011 · 挑戦的萌芽研究

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