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*Faculty members who plan to retire within the standard period of study (5 years from the time of admission for the 5-year PhD program, 3 years from the time of admission for the 3-year PhD program) cannot be appointed as supervisors.
| Name | The details of research |
|---|---|
| IWASATO, Takuji | Neuronal circuit development and function in the mouse brain |
| KANEMAKI, Masato | A new molecular genetics to understand DNA transactions in human cells |
| MURAYAMA, Yasuto | Revealing molecular function of SMC complexes in chromosome structural control |
| NIKI, Hironori *Retiring at the end of March, 2026 |
Genetic dissection of the cell division mechanism using single-cellular model organisms |
| NONOMURA, Ken-ichi | Molecular cytogenetics of plant germ-cell development |
| ODA, Yoshihisa | Molecular basis of plant cell morphogenesis |
| SAITO, Kuniaki | The mechanisms of transposon regulation in Drosophila |
| SATO, Yutaka | Molecular genetics of plant embryogenesis |
| Name | The details of research |
|---|---|
| HIRATA, Tatsumi | Vertebrate neural network formation |
| KANEMAKI, Masato | A new molecular genetics to understand DNA transactions in human cells |
| KIMURA, Akatsuki | Design principles and mechanical bases of the architecture of the cell |
| MAESHIMA, Kazuhiro | 3D-organization and dynamics of human genome |
| MIYAGISHIMA, Shin-ya |
Evolutionary integration of two independent organisms by endosymbioses |
| NIKI, Hironori *Retiring at the end of March, 2026 |
Genetic dissection of the cell division mechanism using single-cellular model organisms |
| NONOMURA, Ken-ichi | Molecular cytogenetics of plant germ-cell development |
| ODA, Yoshihisa | Molecular basis of plant cell morphogenesis |
| SAWA, Hitoshi | Mechanisms of asymmetric division in C. elegans |
| SHIMAMOTO, Yuta | Cellular Mechanochemistry Regulating Eukaryotic Chromosome Dynamics |
| Name | The details of research |
|---|---|
| MAESHIMA, Kazuhiro | 3D-organization and dynamics of human genome |
| SHIMAMOTO, Yuta | Cellular Mechanochemistry Regulating Eukaryotic Chromosome Dynamics |
| Name | The details of research |
|---|---|
| HIRATA, Tatsumi | Vertebrate neural network formation |
| IWASATO, Takuji | Neuronal circuit development and function in the mouse brain |
| KAWAKAMI, Koichi *Retiring at the end of March, 2025 |
The genetic basis of development and behaviors in zebrafish |
| NONOMURA, Ken-ichi | Molecular cytogenetics of plant germ-cell development |
| SAGA, Yumiko *Retiring at the end of March, 2022 |
Developmental genetic studies using gene engineering technology in mice |
| SAITO, Kuniaki | The mechanisms of transposon regulation in Drosophila |
| SAKAI, Noriyoshi *Retiring at the end of March, 2025 |
Genetic modification and analyses of regulatory factors in zebrafish germ cells |
| SATO, Yutaka | Molecular genetics of plant embryogenesis |
| SAWA, Hitoshi | Mechanisms of asymmetric division in C. elegans |
| Name | The details of research |
|---|---|
| ARITA, Masanori | Biological Systems as a Network |
| KAWAMOTO, Shoko | Research on utilization of biological resource and database |
| MIYAGISHIMA, Shin-ya | Evolutionary integration of two independent organisms by endosymbioses |
| NONOMURA, Ken-ichi | Molecular cytogenetics of plant germ-cell development |
| ODA, Yoshihisa | Molecular basis of plant cell morphogenesis |
| SATO, Yutaka | Molecular genetics of plant embryogenesis |
| Name | The details of research |
|---|---|
| HIRATA, Tatsumi | Vertebrate neural network formation |
| IWASATO, Takuji | Neuronal circuit development and function in the mouse brain |
| KOIDE, Tsuyoshi *Retiring at the end of March, 2027 |
Behavioral genetics using wild-derived mouse strains |
| KUBO, Fumi | Neural circuit mechanisms for visual processing and behavior in zebrafish |
| Name | The details of research |
|---|---|
| AKASHI, Hiroshi | Population genetics and genome evolution |
| ARITA, Masanori | Biological Systems as a Network |
| IKEO, Kazuho | Study for molecular evolution using genome sequence and gene expression |
| KAWAMOTO, Shoko | Research on utilization of biological resource and database |
| KURAKU, Shigehiro | Decoding evolution by understanding the mechanism of genomic readout |
| KUROKAWA, Ken | Unveiling microbial community dynamics |
| MORI, Hiroshi | Genome biology to understand the organismal diversity in environments |
| NAKAMURA, Yasukazu | Promotion of DDBJ as an infrastructure database for lifescience |
| OKUBO, Kousaku *Retiring at the end of March, 2025 |
Knowledge discovery through genome-wide measurements |
| SAITOU, Naruya *Retiring at the end of March, 2022 |
Evolution of organisms at genomic level |
| Name | The details of research |
|---|---|
| AKASHI, Hiroshi | Population genetics and genome evolution |
| IKEO, Kazuho | Study for molecular evolution using genome sequence and gene expression |
| KITANO, Jun | Genetics of adaptive radiation |
| KOIDE, Tsuyoshi *Retiring at the end of March, 2027 |
Behavioral genetics using wild-derived mouse strains |
| KURAKU, Shigehiro | Decoding evolution by understanding the mechanism of genomic readout |
| KUROKAWA, Ken | Unveiling microbial community dynamics |
| MIYAGISHIMA, Shin-ya | Evolutionary integration of two independent organisms by endosymbioses |
| MORI, Hiroshi | Genome biology to understand the organismal diversity in environments |
| OKUBO, Kousaku *Retiring at the end of March, 2025 |
Knowledge discovery through genome-wide measurements |
| SAITOU, Naruya *Retiring at the end of March, 2022 |
Evolution of organisms at genomic level |
| Name | The details of research |
|---|---|
| AKASHI, Hiroshi | Population genetics and genome evolution |
| IKEO, Kazuho | Study for molecular evolution using genome sequence and gene expression |
| INOUE, Ituro *Retiring at the end of March, 2023 |
Genomic medicine with next generation sequencing technology |
| KAWAMOTO, Shoko | Research on utilization of biological resource and database |
| KITANO, Jun | Genetics of adaptive radiation |
| KURAKU, Shigehiro | Decoding evolution by understanding the mechanism of genomic readout |
| KUROKAWA, Ken | Unveiling microbial community dynamics |
| MAESHIMA, Kazuhiro | 3D-organization and dynamics of human genome |
| MORI, Hiroshi | Genome biology to understand the organismal diversity in environments |
| NAKAMURA, Yasukazu | Promotion of DDBJ as an infrastructure database for lifescience |
| NIKI, Hironori *Retiring at the end of March, 2026 |
Genetic dissection of the cell division mechanism using single-cellular model organisms |
| OKUBO, Kousaku *Retiring at the end of March, 2025 |
Knowledge discovery through genome-wide measurements |
| SAITO, Kuniaki | The mechanisms of transposon regulation in Drosophila |
| SAITOU, Naruya *Retiring at the end of March, 2022 |
Evolution of organisms at genomic level |
| SATO, Yutaka | Molecular genetics of plant embryogenesis |