| Research field |
Academic Advisor |
Main Research Projects |
| Biological Science |
Prof. AKAMA Kazuhito |
Studies on regulatory mechanism of tRNA gene expression and physiological function of γ-aminobutyric acid (GABA) in plants |
| Prof. ARANISHI Futoshi |
Molecular evolutionary, ecological and conservative genetics of aquatic organisms |
| Prof. KODAMA Yuuki |
Elucidation of the mechanism that establishes endosymbiosis between the ciliate Paramecium bursaria and Chlorella spp. |
| Prof. HIROHASHI Noritaka |
Reproductive physiology of marine invertebrates |
| Prof. TAKAHARA Teruhiko |
Behavioral ecology and bio-monitoring using environmental DNA in aquatic animals |
| Prof. YOSHIDA Masaaki |
Evolutionary genomics targeting non-model organisms in oceans |
| Assoc. Prof. ISHIDA Hideki |
Cell motility mechanisms of protists |
| Assoc. Prof. MOUGI Akihiko |
Theoretical study on maintenance mechanism of biodiversity |
| Assoc. Prof. FURUMIZU Chihiro |
Elucidation of the molecular mechanisms underlying the evolution of diverse morphologies in land plants and their interactions with microorganisms through studies of peptide hormones |
| Assis. Prof. AKIHIRO Takashi |
Isolation and characterization of the novel membrane transport protein from the plant |
| Assis. Prof. ONO Hiroki |
Comparative developmental biology in marine invertebrates |
| Assis. Prof. SUGAI Kyoko |
Ecological genetics of woody plants on islands |
| Assis. Prof. YAMAGUCHI Yoko |
Comparative physiology and endocrinology of body fluid regulation in vertebrates |
| Assis. Prof. OONUMA Kouhei |
Elucidation of the molecular mechanisms underlying the development of the nervous system in aquatic invertebrates at the single-cell level |
| Biotechnology |
Prof. ISHIKAWA Takahiro |
Physiology and metabolism of ascorbic acid in plants and microalgae |
| Prof. T. SHIOTSUKI Takahiro |
Chemical biology and molecular mechanisms in regulation of insect development and their application |
| Prof. SHIMIZU Hidetoshi |
Study on the relationship between food-derived intestinal bacterial metabolites or cyanobacteria-derived toxins, and pathogenesis of diseases |
| Prof. NAKAGAWA Tsuyoshi |
Functional analysis of genes responsible for growth and development of plants |
| Prof. MARUTA Takanori |
Redox control and stress response in plants |
| Prof. MUROTA Kaeko |
Elucidation of the bioavailability of lipophilic functional food factors |
| Prof. YAMAMOTO Tatsuyuki |
Biomedical applications of Raman spectroscopy |
| Prof. MATSUO Yasuhiro |
Cell signaling in fission yeast |
| Prof. YOSHIKIYO Keisuke |
Molecular recognition engineering using cyclodextrins |
| Assoc. Prof. IKEDA Izumi |
Design and synthesis of bioactive molecules |
| Assoc. Prof. OGAWA Takahisa |
Metabolism and regulatory mechanism of cofactors in plants |
| Assoc. Prof. KAINO Tomohiro |
Elucidation of biosynthesis, regulatory mechanism and function of coenzyme Q (ubiquinone) |
| Assoc. Prof. JISAKA Mitsuo |
Structure and function of enzymes involved in lipid peroxidation and following reactions |
| Assoc. Prof. NISHIMURA Kohji |
Membrane trafficking machinery of proteins in plant cells |
| Assoc. Prof. HACHIYA Takushi |
Mechanism of nitrogen sensing and responses in plants |
| Assoc. Prof. H. Noothalapati |
Bioanalytical Chemistry with Raman spectroscopy |
| Assoc. Prof. ISHIGAKI Mika |
Nondestructive analysis of bio-molecular structure and its function using molecular spectroscopies |
