|Affiliation||Center for IT-Based Education (CITE)|
|Concurrent post||Department of Computer Science and Engineering|
|Fields of Research||Theoretical Biology / Complex Systems|
|Degree||Ph.D (University of Tokyo)|
|Academic Societies||The Physical Society of Japan / The Institute of Electonics, Information and Communication Engineers (IEICE) / The Japanese Society for Mathematical Biology|
Please append ".tut.ac.jp" to the end of the address above.
|Researcher information URL（researchmap）||Researcher information|
The immune system is a body defense system composed of lymphocyte species such as T,B-lymphocytes and antibodies, and it equips intellectual functions as memorizing antigens infected once. However the system also has a knife-edged aspect that with few exceptions it attacks a "self" part that it should protect in nature. This fact brings us a central but unsolved question of "what foreign substances for the immune system are".
Nowadays, on a genetic or molecular level, understanding of pathogenic mechanisms of immune diseases and expression mechanisms of immune functions is being advanced. I am addressing elucidation of these mechanisms from a meta-viewpoint (focusing on dynamical stable states such as a fixed point, periodic or chaotic motions) by considering the immune system as a non-linear dynamical system.
My current research discusses the following two topics:
1) A stability mechanism of an immune memory.
2) An appearance mechanism of HIV-1 drug resistance induced by reverse transcriptase inhibitors.