Animal Morphology |
Biophysics on motor, pump, and clock proteins, and photosynthesis. Cell
and developmental biology, and phylogenetics on animal and plant. |
Hidetaka FURUYA |
Professor |
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Molecular and Developmental Biology |
Transcriptional regulation of retinal development, neuronal microRNA, neuronal
lincRNA, retinal circuit formation, and cilia development. |
Takahisa FURUKAWA |
Professor |
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Comparative Neurobiology |
Neurobiological mechanisms underlying seasonal and circadian timing system
in invertebrates/ Chronobiology/ Neuroethology |
Sakiko SHIGA |
Professor |
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Advanced Brain Functions |
Neuronal circuit mechanisms in advanced brain functions and neuropsychiatric
pathologies. |
Takatoshi HIKIDA |
Professor |
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Genome-Chromosome Functions |
Understanding molecular mechanisms of genome stability and instability
which is related to cancer and infertility. |
Akira SHINOHARA |
Professor |
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Genome Structure and Function |
Understanding molecular architecture of chromatin in mammalian cells. |
Chikashi OBUSE |
Professor |
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Cellular Life Science |
Dynamics of mitochondria in mammals, Membrane fusion and fission, GTPase
proteins, mitochondrial DNA |
Naotada ISHIHARA |
Professor |
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RNA biofunction |
Functional exploration of long noncoding RNAs in mammalian cells. |
Tetsuro HIROSE |
Professor |
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Single Molecule Biology |
Our laboratory develops quantitative imaging and computational modeling
methods to reveal the molecular mechanisms of intracellular signaling with
single-molecule resolution. |
Masahiro UEDA |
Professor |
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Protein Synthesis and Expression |
Structural analysis of receptor-ligand interaction using X-ray crystallography
and electron microscopy. |
Junichi TAKAGI |
Professor |
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Cell Systems |
Our laboratory studies signal transduction-transcription networks to identify
the general regulatory rules that govern the cell fate. |
Mariko OKADA |
Professor |
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Homeostatic Regulation |
The cell-cell communication supporting tissue homeostasis Mechanisms of
embryonic development, regeneration, aging, and disease. |
Tohru ISHITANI |
Professor |
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Molecular Biophysics |
Structural study within intact cells, particularly for complex systems
like GPCRs and amyloid fibrils, is crucial for drug design. We are working
on developing novel NMR methods, including MAS NMR, to achieve this goal
by connecting protein structure, dynamics, and function. |
Yoh MATSUKI, Yohei MIYANOIRI |
Associate Professor |
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CryoEM Structual Biology |
Structural and functional analysis of biological macromolecules, such as
the molecular motors and receptors based on cryo-EM. |
Takayuki KATO |
Professor |
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Physical Biology |
Quantitative imaging and perturbation to understand the role of heat in
biological systems |
Madoka SUZUKI |
Associate Professor |
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Vascular Morphogenesis |
Cellular and mechanical mechanisms of blood vessel formation in health
and disease. Endothelial cell mechanobiology in vessel morphogenesis. |
Li-Kun PHNG |
Associate Professor |
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Protein Organic Chemistry |
Development of a method for protein synthesis based on the ligation chemistry
and protein functional study. |
Hironobu HOJO |
Professor |
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Protein Crystallography |
Structural studies on photosynthetic energy-transducing protein complexes
and cytoskeletal motor proteins. |
Genji KURISU |
Professor |
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Computational Biology |
Data integration and modeling of protein interactions and higher-order
biological systems for drug discovery. |
Kenji MIZUGUCHI |
Professor |
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Molecular and Structural Biology |
Protein crystallography, EM and Cell biology focusing on elucidation of
the molecular mechanism of intracellular transport systems. |
Takahide KON |
Professor |
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Biomolecular Analysis |
Metabolism and function of small peptides. Analytical techniques for protein
primary structure and modification. |
Nobuaki OKUMURA |
Associate Professor |
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Nuclear Function |
Cell Cycle, DNA Replication |
Yumiko KUBOTA |
Associate Professor |
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Molecular Genetics |
Chromosome biology, DNA recombination, Epigenetics. |
Takuro NAKAGAWA |
Professor |
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Bioinorganic Chemistry |
Synthetic studies on metal complexes mimicking the active metal centers
of oxidoreductases catalyzing small molecule conversion. |
Yasuhiro FUNAHASHI |
Professor |
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Macromolecular Structure |
Three dimensional structure and functional mechanism of biological macromolecular
machines, such as the bacterial flagellum. |
Katsumi IMADA |
Professor |
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Supramolecular Functional Chemistry |
Creation of functionalized materials through molecular recognition and
self-assembly of bio-related polymers. |
Hiroyasu YAMAGUCHI |
Professor |
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Macromolecular Solutions |
Dilute and concentrated solution properties of natural and synthetic macromolecules
and their assemblies. |
Ken TERAO |
Professor |
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Molecular Recognition Biology |
Understanding how living organisms recognize the external world through
the structures and functions of protein molecules. |
Atsuko
YAMASHITA |
Professor |
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Protein Design |
Design of novel proteins using computation and biochemical experiments. |
Nobuyasu
KOGA |
Professor |
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Plant Cell Fate Determination |
Understanding the molecular basis of cell fate determination in plant vascular
system and reproductive organs. |
Yuki KONDO |
Professor |
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Molecular Protozoology |
Our laboratory investigates the function of surface antigens expressed
on red blood cells infected with the malaria parasite. Through this research,
we aim to elucidate the mechanisms by which malaria parasites evade the
host immune system. |
Shiroh
IWANAGA |
Professor |
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