


At the National Jewish Research and Health Center, I studied the immunological aspects of anticancer agents, bone marrow transplantation, and immune-mediated diseases. I later conducted research at the University of Colorado on mechanisms of chemoresistance and the activation of EGF signaling pathways in cancer cells. During this period, I also developed a novel gene‑delivery device for suspension cells and created multivariate analytical methods capable of quantifying qualitative biological factors. These analytical approaches enabled highly accurate prediction of vascular events such as cerebral and myocardial infarction.
I have also filed a patent application (Japanese Patent Application No. 2018‑009190) for a method to detect gene mutations caused by oxidative stress, a mechanism relevant to certain rare diseases.
Currently, my work focuses on AI‑driven molecular design of anticancer agents, as well as the identification of adverse effects and secondary beneficial actions of existing drugs. I am also engaged in developing new mathematical foundations for protein structural analysis and molecular docking. I continue to practice medicine and conduct research with the conviction that clinical practice and scientific inquiry lie on the same continuum.
