Major of Cognitive and Emotional Neuroscience
| Name of teacher | Research content |
|---|---|
| Daiki Sasabayashi | Neuroimaging studies in early psychosis |
| Tomoya Nakamura | Early-life experiences altered the maturation of the lateral habenula |
| Takuya Akai | 1. The analysis of cerebrospinal dynamics 2. Seeking the best strategy for craniosynostosis treatment |
| Masanori NOMOTO | Unravelling the knowledge structure based on the neural decoding |
| Yuko Hakamata | Understanding the neurobiological mechanisms underlying emotional dysregulation and associated cognitive problems and Development of effective psychological interventions for stress-related mental disorders |
| Hiroshi Nishimaru | Neuronal mechanisms for sensorimotor integration underlying emotional behavior |
| Hisashi Mori | Molecular neurobiological study of higher brain functions |
| Tomoyuki Yoshida | Molecular mechanism of central synaptogenesis |
| Ryoi Tamura | Neural Mechanism of Memory |
| Kaoru Inokuchi | Molecular and cellular mechanisms underlying memory formation |
| Michio Suzuki | Brain imaging studies for pathophyisiology of early stage schizophrenia |
| Tsutomu Takahashi | Neurobiological study in psychiatric disorders |
| Hiroyuki Ichijo | Evolution of habenular asymmetry/lateralization in vertebrates |
| Keizo Takao | Investigation on physical basis of “mind” |
| Tetsufumi Ito | Neuronal circuitry underlying perception of communication sounds |
| Seiji Yamamoto | Regeneration of neural tissues based on the research of neuro-vascular interaction |
| Nakajima, Toshi | Contributions of premotor areas and the hippocampus to motor planning |
| Daisuke Miyamoto | Sleep and cognition |
| Yuko Higuchi | |
| Tsuyoshi Setogawa | Brain mechanisms of reward-based decision-making |
| Jumpei Matsumoto |
Major of Biological Information Systems
| Name of teacher | Research content |
|---|---|
| Mineyuki Mizuguchi | Protein structural biology |
| Yoshiaki Tabuchi | Molecular mechanisms of stress response |
| Michihisa Tohda | Clarification of generating mechanisms of various types of depression development of novel antidepressants by the Wakan-yaku theory |
| Nobuyuki Kurosawa | Molecular analysis of adult T-cell leukemia/lymphoma |
| Michio Sayama | Development of toxicity of environmental pollutants |
| Hiroaki Shinohara | Joint of biosystems and electronic systems opens new bioengineering! |
| Masayasu Suzuki | Biosensing technologies for single cell analysis |
| Shigenori Kawahara | Behavioral neuroscience research for learning and memory |
| Makoto Nakamura | Advanced study of bio-tissue-medical engineering |
| Shintaroh Iwanaga | 3D Biofabrication by assembling bio-parts |
| Kouhei Matsuda | Evolutionary background of regulation of instinct behavior by neuropeptides |
| Ichiro Takasaki | Neuropharmacological research on chronic pain and drug discovery |
| Tomonao Inobe | Regulation of protein degradation |
| Seiichi Koike | Organelle synthetic biology |
Major of Advanced Nanosciences and Biosciences
| Name of teacher | Research content |
|---|---|
| Naoki Toyooka | Synthetic organic chemistry in drug discovery |
| Hitoshi Abe | Development of organic reactions for natural product syntheses |
| Yoshiya Ikawa | Creation and analysis of RNA functions and structures |
| Sen-ichi Aizawa | Synthetic and mechanistic studies of highly functional metal complexes |
| Koji Tohda | Development of an optical sensing system for minimally invasive monitoring of vital ions and metabolites |
| Makoto Gemmei-Ide | Molecular Design of Polymeric Materials Based on the Water Structure |
| Akira Kanno | Development of wearable sensors for screening of biomolecules in living sysems |
| Tatsuya Ishiyama | Theoretical study of molecular structure and dynamics at (bio)polymer interfaces |
| Masafumi Sakono | Folding assistance of glycoprotein by ER-resident molecular chaperone. |
| Tadashi Nakaji-Hirabayashi | FBiomaterial Design for Strict Regulation of Cells and Application to Regenerative Medicine |
