Many students studying in Japan are no strangers to Gay and Lesbian University, so if you go to Gay and Lesbian University, many people will choose the Life Medicine Program, so how is this program? Follow to see it! Welcome to read.
Doshisha University Life Medicine Program
Doshisha University (Doshisha University), founded in 1875 by the famous Japanese thinker Xiang Niijima, is a famous first-class private university located in Kyoto Prefecture, Japan, the school belongs to the Christian. It is one of the 13 key universities designated by the Ministry of Education, Culture, Sports, Science and Technology (MEXT) for the internationalization of its strongholds, and enjoys a high reputation in Japan.
I. Doshisha University Life Science Program
1. Faculty of Life Science
In order to cultivate the best researchers and engineers in the field of life science and medicine in the future, the Faculty of Life Science offers a comprehensive education program that covers the fields of medicine, biology, and engineering within the scope of multidisciplinary education. The Faculty of Life Sciences offers a comprehensive educational program covering the fields of medicine, biology, and engineering within a multidisciplinary educational framework.
The Department of Medical Engineering offers multidisciplinary education to train specialized engineers and technicians to develop innovative life technologies. The Department offers a mechanical engineering-based curriculum that aims to train a new generation of engineers with many different perspectives.
The Department of Medical Informatics also offers a well-designed curriculum in the field of electronic information, which is one of the most important technologies for the development of future medical diagnostic systems.
The Department of Medical Life Systems offers a variety of programs in the medical field. These programs provide students with a multidisciplinary education that will enable them to become specialized researchers in a wide range of areas that require basic medical expertise and technology.
All of these programs are carefully designed to prepare future researchers and to interface with graduate programs.
The School of Life Sciences also offers special study abroad programs, such as dual degrees, which provide a new opportunity for students to study internationally.
2. Graduate School of Life Science and Medicine
In order to cultivate new types of engineers and researchers based on a multidisciplinary mindset, the Graduate School of Life Science and Medicine offers master's and doctoral programs in two specialized fields.
The Graduate School of Life Sciences offers a multidisciplinary education in the Medical Engineering and Medical Informatics Program in order to cultivate professional engineers and technicians who will develop innovative life technologies of the future. The program offers courses related to mechanical engineering in order to cultivate the multi-perspective qualities of the next generation of engineers.
The Graduate School of Life Science and Medicine's Medical Life Systems Program offers a variety of graduate programs for master's and doctoral degrees in medicine. The program provides students with a multidisciplinary education that will enable them to become professional researchers in many areas that require basic medical expertise and technology.
2. Areas of Research in the Department of Medical Life Sciences at Doshisha University
1. Department of Medical Engineering
Toshiaki Ito: Rigorous Numerical Solution of Calculus Equations and Its Applications
Chuan-Sheng Katayama: Manufacturing Processes of Composite and Bionanalytic Materials, Cold Intelligent CAD System for Cold Forging Process Design
Takahiro Kenzou: Ion-Solid Interaction
Fumiko Koizumi: Tissue Engineering for Vision Science
Ariso Morita: Evaluation of Mechanical Properties of Regenerated Cartilage
Hidetoshi Nakamachi: Explanation of Multi-purpose Calibrators for Micro-Medical Devices
Naoyoshi Okumura: Development of a New Therapeutic Approach for Visual Impairments
Kazuhito Tanaka: Mechanical Properties and Mechanical Properties of Cold Forging Process Design
Kazuto Tanaka: Mechanical Materials? Composite Materials? Biomaterials? Biomedical Materials? FormingTetsu Seki: Robotics, Control Engineering
Hiroshi Yamamoto: Mechanobiology-based Analysis of Functional Discovery of Organisms
Ryuichi Yokogawa: Biomechanics, Bio-robotics
2. Safety
Tomoyuki Hiroyasu:Intelligent medical system using AI and ICT technology
Shizuko Hiryu:Behavioral and engineering research on bat biosonar
Satoru Niwa:Brain information parsing based on artificial cognitive and information processing technologies
Kota Kobayashi:Neuroethology: Neurobehavioral: Auditory and Audible Communication
Masachi Matsushima: Analysis of Various Phenomena Related to Mathematical Models
Yohei Oe: Development of Novel Catalytic Reactions and Synthesis of Active Compounds
Tetsuo Ota: Efficient Synthesis of Biologically Active Compounds and Their Functions
Koichiro Sadako: Physical Science of Life and the Physics of Soft Substances
Kosho Watanabe: Ultrasound Electronics, Medical Ultrasound
Kenichi Yoshikawa: Physical Life Sciences, Medical Physics
3. Department of Medical Life Systems
Satoshi Funamoto: Pathogenesis and Prevention of Alzheimer's Disease
Akira Hagiwara: Clinical Application of Regenerative Drugs
Tetsuya Hori: Unraveling Synaptic Transmission in the Brain Organization
Hiroshi Ichikawa: Oxidative Stress, Functional Health Food Medicine
Masaya Ikegawa: Functional Analysis of the Molecules of Living Organisms that Constitute Cells and Tissues
Shoichi Ishiura: Research on Molecular Mechanisms of Cognitive Functions
Nobuhito Kakuta: Unraveling Pathogenic Structures of Alzheimer's Disease
Satoshi Kobayashi: Fundamental Medical Research for the Cancer and Therapy Research
Tomohiro Miyasaka: Mechanism of neuronal degeneration in dementia
Kiyotaka Nishikawa: Drug discovery based on cellular biology
Fanzi Noguchi: Intrinsic mechanism of oxidative stress and defense system in diseases, etc.
Naoto Saito: Functional biology of neuroscience
Yoshiro Saito: Biological significance of reactive oxygen species
Mifan Takahashi: Intracellular membranes of the cellular system
Tatsumi Urano: Biochemistry of Lipid Metabolism and Neurological Diseases
Tsuyoshi Wakatsuki: Protein Quality Management Facility Due to Response Stress
Kaichi Yonei: Evaluation of Aging, Risk Factors, and Glycated Stress