[2024-12-02] We published a paper on origin of the habenular astrocytes in GLIA. [Post] [Fulltext]
[2024-11-05] A grad student Hattori-san published a paper in Medicine. [Link]
[2024-11-01] A collaborative study with Sakayori lab was published in J Nutr Sci Vitaminol. [Link]
[2024-10-19] Prof. Aizawa and Handa-san gave talks in a branch of Japanese association of anatomists at Yamaguchi.
[2024-09-06] Prof. Aizawa gave an invited talk for Social memory (Tohoku forum for creativity) in Sendai. [Link]
Pathology underlying the mental and neurological disorders revealed by molecular analyses
Novel microscopes and devices for structural and functional analyses of the brain
We welcome the graduate students and research collaboration all over the world
Dr. Aizawa is the Professor of the Department of Neurobiology, Graduate School of Biomedical and Health Sciences, Hiroshima University. After training as a psychiatrist, Dr. Aizawa completed his Ph.D in Neuroanatomy at Chiba University. He joined Hitoshi Okamoto’s lab in RIKEN Brain Science Institute as a research scientist as well as deputy lab head and found evolutionarily conserved habenular pathways in vertebrate brain. He moved to the study on a role of the habenula in depression at Tokyo Medical and Dental University and Hiroshima University. His research interests include the molecular machinery underlying the pathophysiology of psychiatric and neurologic disorders.
We usually hold the weekly meeting on Friday for the journal club and progress report. In addition, neuroscience textbook is also dsicussed to help the beginners to learn the basics periodically, which we call neuroscience club.
If you are interested in joining our lab or collaborative project, please feel free to contact us via [Contact].
PhD in Medicine, 2003
Chiba University
MD, 1998
Yamagata University
Study upon a role of the habenula regulating monoamines metabolism in depression
What happens when you meet brain injury? Spreading killer waves of neural excitation is under investigation.
We are developing the fluorescent microscope which allows us to reveal the neural structure three-dimensionally.
Pharmacological effect of medicinal herbs in Malawi is examined using zebrafish as a model.
Genetics allows the activation and inhibition of the specific cell types and pathway to disentangle the pathophysiology underlying psychiatric and neurological disorders.
Animal models for the human disease is dispensable for molecular and cellular analysis for development of the novel diagnostics and therapeutics.