The Special Research Unit program, created in March 2008, focuses on the swift and effective implementation of research directed at meeting the needs of society in a timely fashion. Special Research Units work independently of other laboratories and research groups.
Special Research Units concentrate on strategic research topics under the guidance of a unit leader and are restricted to 5-year terms. Core laboratory members are fixed-term researchers, and the lab budget is funded by external funds.
Our methodology, based on functional elemento-organic chemistry, provides exciting opportunities for future electronic and optoelectronic applications.
The main subject of our unit is to understand the molecular mechanisms of AIDS induced by HIV-I and leukemogenesis induced by human and bovine leukemia viruses (HTLV and BLV), and in addition, to develop new methods for prevention of their viral replication and pathogenesis.
Our research aims to obtain soft-nanobiomachines made of synthetic as well as biological polymer gels.
A major goal of our research on recombination is to understand the molecular mechanisms and principles governing homologous recombination in genetic inheritance and evolution.
We develop remote-sensing system to measure poisonous gas, lidar as an atmospheric monitor to acquire atmospheric information necessary for the high energy cosmic rays observation and solar-pumped laser for advanced energy source.