Mie University · Faculty of Bioresources / Graduate School of Bioresources

Research keywordspearl oyster genomics・aquaculture genomics・population genomics・transcriptome analysis・comparative genomics・fish genetics・metagenomics・zebrafish aging

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• ［3］丹羽悠二, 五十嵐洋治, 後藤晋. (2020) ミトコンドリア DNA の塩基配列データから明らかにされた 荒川源流域に生息するサンショウウオの種構成. 爬虫両棲類学会報, (1), 35-41.2020 · 主な業績等
• ［14］Yonezawa R., Itoi S., Igarashi Y., Yoshitake K., Oyama H., Kinoshita S., Suo R., Yokobori S., Sugita H., Asakawa S. (2020) Characterization and phylogenetic position of two sympatric sister species of toxic flatworms Planocera multitentaculata and Planocera reticulata (Platyhelminthes: Acotylea). Mitochondrial DNA Part B, 5(3), 2352-2354.2020 · 主な業績等
• ［15］Elbialy A., Igarashi Y., Asakawa S., Watabe S. (2020) An acromegaly disease zebrafish model reveals decline in body stem cell number along with signs of premature aging. Biology, 9(6), 120.2020 · 主な業績等
• ［13］Asaduzzaman M., Igarashi Y., Wahab M.A., Nahiduzzzaman M., Rahman M.J., Phillips M.J., Huang S.Q., Asakawa S., Rahman M.M., and Wong L.L. (2020) Population genomics of an anadromous Hilsa shad Tenualosa ilisha species across its diverse migratory habitats: Discrimination by fine-scale local adaptation. Genes, 11(1), 46.2020 · 主な業績等

• ゼブラフィッシュ野生個体や近縁種を用いた魚の成長と寿命に関する研究
• Tetraodon属魚類の塩分適応に関わる分子進化学的研究
• 一般種スサビノリと希少種アサクサノリの美味しさの違いを分子レベルで探る

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