Senior Team Leader
Autism, Mouse model, Circadian rhythm
Understanding the molecular level of higher brain functions, represented by mental functions, in particular, is a challenging goal to be accomplished in this century. Now, with the human genome sequence available, to describe mental functions in terms of the set of genes is no longer a dream. The laboratory has been interested in molecular understanding of pathophysiology of neuropsychiatric diseases by analyzing model mice based on autism spectrum disorders (ASD). Through this kind of integrative research on ASD, we hope to establish the basis of new diagnostic and therapeutic development for ASD.
- Jun. 22, 2017 Serotonin improves sociability in mouse model of autism Toru Takumi, M.D., Ph.D., Laboratory for Mental Biology
- May. 2, 2017 Finding real rewards in a virtual world Masaaki Sato, Ph.D., Laboratory for Mental Biology
- Jun. 30, 2015 How your brain knows it’s summer Toru Takumi, M.D., Ph.D., Mental Biology
- Apr. 15, 2014 Chrono, the last piece of the circadian clock puzzle? Toru Takumi, M.D., Ph.D., Mental Biology