Master's Course in Medical Sciences, Graduate School of Medicine

Master’s Course in Medical Sciences

The Master’s Course in Medical Sciences at Fujita Health University Graduate School of Medicine is comprised of the following specialties within the basic medicine discipline: morphology, function studies, healthcare, and molecular medicine. The basic medicine discipline encourages cutting-edge research in students’ areas of specialty.

Educational and Research Objectives / 3 Policies

The Master’s Course in Medical Sciences at Fujita Health University Graduate School of Medicine provides science education consisting of fundamental knowledge and experimental techniques to students who have graduated from a four-year university or those who have a similar educational background. Our educational goal is to prepare graduates from this course to be able to develop new therapies and diagnostics in the future.

Graduate Student's Interview

Entrance examination information

Application procedures for the Master's Course in Graduate School of Medicine:
Internarional Students Spring Admissions(2025)
Applicants must complete the online registration process. Follow the instructions on this page to complete the online registration.


▲Click here for Application procedures and MyPage.


〇 Download application procedure
  • 2025 Application Procedure(Admission Guidance)【PDF】
  • 2025 Application Procedure(Application Documents)【PDF】
  • 2025 Application Procedure(Application Documents)【Word】
Field
 Basic Medicine
Departments
Morphology
Functional Morphology
Biomedical Molecular Sciences
Molecular Oncology
Molecular Pathology
Virology
 Biological Function Physiology
Neurophysiology
Biochemistry
Pharmacology
 Public Health and Hygiene Public Health
Preventive Medicine
Microbiology
Legal Medicine
Medical Education
Medical Education Research and Development
 Molecular Medicine Neural and Tumor Signal Analysis
Molecular Genetics
Therapies against Intractable Diseases
Systems Medical Science
 Disease Control Biomedical Data Science
Behavioral Neuropharmacology
Tumor and Gene Regulation
Cellular Immunotherapies for Cancer