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Our research goal is to understand the molecular mechanisms of neuronal differentiation,
brain wiring and functional development of our brain. For this purpose,
we analyze the functions of the genes which are involved in the brain development
using mice and zebrafish as model animals. We use the results from these
studies to develop the novel therapeutic approaches of neuronal regeneration.
We further study the molecular mechanisms of higher brain functions such
as learning, memory and emotion. These studies will help us to understand
the molecular and cellular mechanisms of neuropsychiatric disorders and
contribute to develop the novel therapeutic methods of these human disorders.
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For Prospective Students
Our research goal is to understand how the brain develops at molecular
level. Using model mice and zebrafish, we study molecualr mechanisms of
neurogenesis, neuoronal migration, integration, and how these processes
contribute to the brain function.If you are interested in working with
us, please contact Prof. Ohshima.
[Contact]
Toshio Ohshima M.D., Ph.D. E-mail ohshima@waseda.jp
2-2 Wakamatu-cho, Shinjuku-ku, Tokyo 169-8555, Japan
TEL +81-3-5369-7321, FAX +81-3-5369-7302
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18-19.09.2010 |
Tanaka H, Ito Y, Kono H and Morimura R attended to 16th Japanese Medaka
and Zebrafish Meeting. |
02-04.09.2010 |
Jin J and Niisato E attended to Neuro 2010. |
03.08.2010 |
Jin Junghee's work published in Developmental Neurobiology. Title: JNK Phosphorylates Ser332 of Doublecortin and Regulates Its Function in
Neurite Extension and Neuronal Migration. |
06.16.2010 |
Tanaka H and Ito Y attended to 9th International Meeting on Zebrafish Meering
on Zebrafish Development and Genetics, Madison, Wisconsin, US, June 2010. |
03.15.2010 |
Ito yoko's work published in Developmental Biology NOW. Title: Characterization of neural stem cells and their progeny in the adult zebrafish
optic tectum. |
01.11.2010 |
Assistant Professor Tanaka gave a presentation in "The 7th Joint Symposium
between the University of Bonn and Waseda University". Title: Analysis of adult neurogenesis in zebrafish. |
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