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FACULTY

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藤田 卓也 藤田 卓也
Takuya Fujita
Professor
Takuya Fujita
Department
Department of Pharmacy
Laboratory
Laboratory of Molecular Pharmacokinetics
Field of Study
Chemistry
Degree
Doctor (Pharmaceutical Sciences)

History

Graduate School/University, etc.

1988 Graduated from Faculty of Pharmaceutical Science, Kyoto University 1990 Completed First Term Doctoral Course, Division of Pharmaceutical Sciences Graduate School, Kyoto University 1992 Withdrew from Second Term Doctoral Course, Division of Pharmaceutical Sciences Graduate School, Kyoto University 1996 Ph.D., Pharmaceutical Sciences (Kyoto University)

研究者になったきっかけ

Why I Became a Researcher

When I was a college student, I vaguely thought that it would be nice to become a researcher, but I’d given no thought to what particular field I wanted to study.  After joining a laboratory, I was conducting research on topics such as the control of pharmacokinetics through polymer modification of protein drugs and missile therapy of anticancer drugs using antibodies, but I wonder if the results of my research were able to contribute a little to the development of pegylated interferons, which are now widely used for the treatment of hepatitis B. However, at that time, I could never have expected that antibody drugs would be among the top 10 in pharmaceutical sales worldwide.  As I made progress in my master's and doctoral courses in graduate school, the professor and associate professor in my laboratory had formed the course of my career well before I could figure it out, and before I knew it, I was a university faculty member.  At the time, more than half of the seniors that belonged to my laboratory at my graduate school would become university professors, so right from the beginning, the laboratory felt like a place where you would become a researcher. This had an influence on me and drew me to research.

Research Information

Research Area and Theme

Understanding the Movement of Drugs in the Body

I am studying the absorption mechanism of drugs, the mechanism of transfer to target tissues, and the mechanism of elimination from inside the body, from the physiological aspects of the human body and the physical properties of drugs.

Thoughts on Research Theme

The pharmacokinetics of a pharmaceutical product is determined by the absorption (A), distribution (D), metabolism (M), elimination (E), and toxicity (T) of the drug. The molecular mechanisms involved in in vivo reactions are extremely complex and have not yet been fully clarified. Withing this ADME-Tox research, my laboratory mainly focuses on drug absorption and collaborates with many pharmaceutical companies to conduct research on the prediction of human drug absorption and the rationalization of drug design for chemical compounds that are candidates for new drugs in the early stages of new drug development.  I am moving forward with this research to deliver better medicines to patients who need them as soon as possible.

Message to Students

藤田 卓也 学生へのメッセージ 藤田 卓也 学生へのメッセージ

Why are you aiming for the College of Pharmaceutical Sciences?

Why are all of you aiming for the College of Pharmaceutical Sciences? In the Department of Pharmacy, it’s natural to aim for a pharmacist license, but what about your career after graduation? You can vaguely imagine things like working in a hospital, pharmacy, or pharmaceutical company, or working as a civil servant. Pharmacist? Researcher? Something else? Although there are various career paths, in pharmacy, you confront patients through a substance called “medicine.” Through lectures and practical training, I would like to communicate to you that there are “medicines” in various forms, such as tablets, capsules, and injections, that are packed with the desire of corporate researchers to deliver some sort of good medicine to patients.  Also, the mission of pharmacists as healthcare professionals is becoming increasingly important from now on. In this regard, I would like to be able to convey a new image of pharmacists from the standpoint of promoting bridge-like research that connects clinical sites and research sites.

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