Faculty

Chemistry

Radiology, Pharmaceutical Chemistry, Natural Products

I am responsible for radiation health and safety at Keio University`s Shinanomachi Campus. Our research is primarily interested in developing ways to safely concentrate and dispose of radioisotopes. In addition, we are interested in developing biosensors using isotopic marking and aptamer technology for age related disease diagnostics and food monitoring. Another aspect of our research focuses on the identification of useful functional components from nature and ways to develop these for synthetic applications.

Chemistry

Arithmetic Geometry

We investigate the properties of algebraic varieties over number-theoretic fields. We study the correlation between the Galois representation defined by etale cohomology and geometric properties. We study also the properties of representations of various groups obtained from etale cohomology.

Chemistry

Chemical Education・Structural Chemistry・Drug Delivery System

(1)We are developing PBL-style experimental themes and teaching materials to nurture logical thinking skills and also developing effective educational materials. (2) We are studying the factors that promote the permeation of insulin through the intestinal wall, with the aim of developing oral insulin.

Business

Industrial Organization (Life Science and Health Care Industries), Strategic Management

Organizational reform and management strategies of companies in order to bring about innovation in the life science industries-Policies concerning the creation of innovative products while reducing economic/financial burden on patients and governments-Cooperation among different types of occupations and functions in healthcare

System Design Engineering (Faculty of Science and Technology)

Research keywords: Biological signal analysis, adaptive machine learning, EEG / electrocardiographic analysis, emotion analysis, mathematical modeling

We focus on noise removal and data cleansing / feature extraction for datasets, construction of mathematical models, construction of automatic generation algorithms for optimal machine learning methods, and quantification of qualitative words such as emotions and pain.