“People” and “Land” health — contributing to the cultivation of specialized medical professionals and medical–science R&D personnel with a foundation in broad advanced medical knowledge and research abilities Features of education in the Medical Science Program: Broad medical‐science education for those from non-medical backgrounds (science, engineering, pharmacy, health sciences, etc.) Practical education for medical specialists, allied health professionals, or working professionals seeking skill improvement Education that enables learning of applied knowledge through collaboration with clinical sites and facilities inside and outside the university Training to acquire presentation skills—including experimental research, literature review, and conference presentation—for preparing and presenting a master’s thesis Degrees Available Course Major Program Degree Earned Master’s course Integrated Medicine & Pharmaceutical Sciences Medical Science Program Master of Medical Science Research Themes Research Theme Pickup Microbial Evolution and Pathophysiology: Cutting-edge Insights for Clinical ImpactWhy do microbes evolve while altering their interactions with humans? While tracking the ongoing threats of antimicrobial resistance and high pathogenicity, our research focuses on providing the most up-to-date insights into pathophysiology—delivering a direct and clinically significant impact on diagnosis, treatment, and disease control. Neural Circuitry for Communication Sound PerceptionFor humans and animals, proper perception of communication sounds is vitally important. Using animal models, we clarify how communication sounds are distinguished from other sounds in the brain, elucidating neural circuits as well as correlating structure, function, and behavior. Towards Understanding the Pathophysiology of Mental DisordersTo understand the pathophysiology of mental disorders such as schizophrenia, we conduct advanced clinical research using biological indicators (biomarkers) including brain imaging and electroencephalography (EEG). Lung Organ EngineeringWithin a bioreactor, we fabricate bio-engineered lung using decellularized scaffolds. Creating organs is a dream for humanity; through networks with the engineering and pharmacy departments, and many institutions domestically and internationally, we walk step by step toward that goal. Research to reduce pregnancy-induced hypertension leading to maternal deathWhile childbirth is one of life’s most joyful events, hypertensive disorders of pregnancy can be a cause of maternal or fetal death. Our laboratory not only develops treatments for known etiologies but also identifies novel causative factors, aiming through this research to contribute to maternal and child health. Oral Science Contributing to Extension of Healthy LifespanThe oral cavity hosts resident microbiota and performs diverse functions—mastication, swallowing, speech, aesthetic functions—and has broad connections with systemic health. We analyze how oral bacteria or function influence systemic conditions through disease and therapy to help extend healthy lifespan. From Epidemiology to Health PolicyThe Department of Epidemiology and Health Policy conducts epidemiological studies, identifies population health problems, clarifies their underlying factors, and proposes health policies. For example, we have recently found that workplace stress and work–life balance are associated with declines in labor productivity, increased Internet addiction, and the onset of depression. We also conduct international collaborative research with University College London and the University of Helsinki. By elucidating the social determinants of health within the context of Japanese culture and contemporary society, we contribute to addressing today’s population health challenges. Toward Improving the Effectiveness of Cancer Genomic MedicineCancer genomic medicine, which comprehensively detects genomic alterations in cancer and links them to appropriate therapies, is considered a central component of next-generation cancer care. However, despite its promise, cancer genomic medicine currently faces several challenges, including a low rate of access to matched therapies. In this course, we aim to elucidate the real-world status of cancer genomic medicine through the analysis of data derived from routine clinical practice, and to explore strategies to improve its clinical effectiveness. Microbial Evolution and Pathophysiology: Cutting-edge Insights for Clinical ImpactWhy do microbes evolve while altering their interactions with humans? While tracking the ongoing threats of antimicrobial resistance and high pathogenicity, our research focuses on providing the most up-to-date insights into pathophysiology—delivering a direct and clinically significant impact on diagnosis, treatment, and disease control. Neural Circuitry for Communication Sound PerceptionFor humans and animals, proper perception of communication sounds is vitally important. Using animal models, we clarify how communication sounds are distinguished from other sounds in the brain, elucidating neural circuits as well as correlating structure, function, and behavior. Towards Understanding the Pathophysiology of Mental DisordersTo understand the pathophysiology of mental disorders such as schizophrenia, we conduct advanced clinical research using biological indicators (biomarkers) including brain imaging and electroencephalography (EEG). Lung Organ EngineeringWithin a bioreactor, we fabricate bio-engineered lung using decellularized scaffolds. Creating organs is a dream for humanity; through networks with the engineering and pharmacy departments, and many institutions domestically and internationally, we walk step by step toward that goal. Research to reduce pregnancy-induced hypertension leading to maternal deathWhile childbirth is one of life’s most joyful events, hypertensive disorders of pregnancy can be a cause of maternal or fetal death. Our laboratory not only develops treatments for known etiologies but also identifies novel causative factors, aiming through this research to contribute to maternal and child health. Oral Science Contributing to Extension of Healthy LifespanThe oral cavity hosts resident microbiota and performs diverse functions—mastication, swallowing, speech, aesthetic functions—and has broad connections with systemic health. We analyze how oral bacteria or function influence systemic conditions through disease and therapy to help extend healthy lifespan. From Epidemiology to Health PolicyThe Department of Epidemiology and Health Policy conducts epidemiological studies, identifies population health problems, clarifies their underlying factors, and proposes health policies. For example, we have recently found that workplace stress and work–life balance are associated with declines in labor productivity, increased Internet addiction, and the onset of depression. We also conduct international collaborative research with University College London and the University of Helsinki. By elucidating the social determinants of health within the context of Japanese culture and contemporary society, we contribute to addressing today’s population health challenges. Toward Improving the Effectiveness of Cancer Genomic MedicineCancer genomic medicine, which comprehensively detects genomic alterations in cancer and links them to appropriate therapies, is considered a central component of next-generation cancer care. However, despite its promise, cancer genomic medicine currently faces several challenges, including a low rate of access to matched therapies. In this course, we aim to elucidate the real-world status of cancer genomic medicine through the analysis of data derived from routine clinical practice, and to explore strategies to improve its clinical effectiveness. Educational Goals・Educational Objectives・Three Policies Educational Objectives The graduate school of this university aims to teach and research both the theory and application of scholarship, delve deeply into them, cultivate profound learning and superior ability required for highly specialized professions, and contribute to cultural advancement. Educational Goals The Medical Science Program aims to acquire specialized knowledge in medical science and to practice medical science research. Through experience in publishing results and writing research articles, students gain expertise and become capable of further development as professional medical specialists, research & development professionals, or progression to doctoral programs. Diploma Policy Policy on Completion Certification and Degree Conferment In the Medical Science Program, students acquire specialized knowledge in medical science, gain research experience, present results, and write a thesis. Students who complete the required curriculum, obtain necessary credits, receive research supervision, and pass the master’s thesis review and final examination—and who have achieved the four competency domains below—will be awarded the degree of Master of Medical Science. Achievement Goals and Performance Indicators Fundamental Ability Achievement Goals: Acquire a rich foundational knowledge and a broad, macroscopic perspective. Performance Indicators: Enroll in graduate common courses and elective subjects selected from broad specialized areas. In labs or courses, students should be able to discuss research background and paper contents. Students should have ability to gather information, discuss, and disseminate in specialized conferences. Specialized Knowledge Achievement Goals: Acquire research ability in the specialized area and the high level of expertise needed for advanced professions. Performance Indicators: Acquire specialist knowledge. Be able to practically implement solutions to research problems. Present research outcomes in specialized academic conferences. Sense of Ethics Achievement Goals: Develop awareness of research ethics norms. Performance Indicators: Enrollment and passing of the graduate common course “Research Ethics”, completion of e-learning in research ethics, and attendance in required trainings (e.g. clinical research, recombinant DNA, animal experiments, radiation use). The thesis and presentation must pass evaluation standards. Creativity Achievement Goals: Develop ability to generate new knowledge and from that produce additional value. Performance Indicators: Ability to write a thesis and engage in scientific discussion. Must pass the master’s thesis review and final examination. Curriculum Policy Curriculum Design In order to become advanced professional personnel in medicine and medical sciences, students acquire systematic, broad knowledge related to medicine and healthcare. Through personal supervision in the laboratory to which students belong, they learn the fundamental specialized knowledge and techniques of medical research. They are also guided in the creation and presentation of an academically novel and significant master’s thesis. Implementation Policy Centered on the student’s home laboratory, active learning is encouraged. In the first year, students take graduate-common courses, department-common courses, a wide range of required and elective subjects to acquire foundational ability, advanced specialized knowledge, and ethics. In the second year, guidance is given for writing and presenting the master’s thesis. Learning Content, Learning Methods, and Evaluation of Learning Outcomes Fundamental Ability Fundamental Ability Learning Content: Acquire knowledge via common and specialized courses; read and present English papers. Learning Methods: Active study to collect information and read related papers. Evaluation of Learning Outcomes: Enrollment in required and elective courses evaluated per grading standards. The thesis and oral presentation are evaluated per thesis criteria. Specialized Knowledge Learning Content: Enroll in specialized subjects, collect knowledge, conduct investigation and experiments to solve problems in the specialized field. Learning Methods: Course work, presentation in lab, reading and discussions of papers, presenting results in specialized conferences. Evaluation of Learning Outcomes: Course credit evaluation per grading standards. The thesis content and oral presentation are evaluated by thesis criteria. Sense of Ethics Learning Content: Study cases of research misconduct, prevention methods. Learning Methods: Take the graduate common course “Research Ethics”. Take necessary trainings for clinical research, recombinant DNA, animal experiments, radiation experiments, etc. Evaluation of Learning Outcomes: Passing the “Research Ethics” course, passing the e-learning research ethics module, completing necessary trainings, and thesis evaluation per standard. Creativity Learning Content: Prepare and conduct research that forms the basis of the thesis; produce and prepare for conference presentations. Learning Methods: Active learning in creating the thesis, preparing for presentations. Evaluation of Learning Outcomes: Evaluation of thesis content and oral presentation per criteria. Admission Policy Policy on Student Admissions We seek candidates who have interest in life sciences, have acquired basic knowledge in basic and clinical medicine, and who wish to engage with advanced knowledge to become high-level professionals in various fields. Also sought are working professionals in healthcare who wish to deepen advanced medical knowledge and upgrade their careers. Fundamental Policy for Student Selection (Types of Entrance Examinations and Evaluation Methods) To accept diverse students, admission is allowed in April and October, with selection twice per year. We also conduct special entrance exams for working professionals and international students. General Entrance Examination Selection is based on essays, aptitude tests, foreign language (English) exam, oral exam, statement of purpose, and academic transcripts. We evaluate abilities, motivation, and competence equivalent to a 4-year undergraduate graduate. Special Entrance Examination for Working Professionals Selection is based on evaluation of achievements, English exam, oral exam, statement of purpose, and transcripts, assessing abilities, motivation, and competence equivalent to a 4-year degree. Special Entrance Examination for International Students Selection is based on essays, aptitude test, English exam, oral exam, statement of purpose, and transcripts, similarly assessing competence equivalent to a 4-year bachelor’s degree. Expected Attributes and Abilities Fundamental Ability Candidates should have intellectual interest in medical science, practice active study, have elementary English paper reading skills, and interest in logical discussion with others. Specialized Knowledge Candidates should have proactive study habits and interest in knowledge of related specialized fields. Sense of Ethics Candidates should have a general sense of ethics and moral reasoning. Creativity Candidates should have broad intellectual interest and interest in creativity. Curriculum & Course Models Curriculum Map Course Models Research Theme: Development of Early Image-Based Diagnostic Methods Specific human resources to be trained: Radiological technologists (professional healthcare personnel) who contribute to the development of early image-based diagnostic methods based on AI and data science. Graduate School Common Subjects Department Common Subjects Program Specialized Subjects Specialized Subjects Special Research 1st Year 1T Research Ethics 1 Advanced Data Science 1 Comprehensive Medical and Pharmaceutical Sciences 1 Intruduction to Basic and Clinical Medical Sciences 1 Basic Social Medicine 1 Basic Course for Medical Genome Science 1 Research for Medical Sciences 10 2T Geographical Symbiosis Social Theory 1 Health Sciences of Mind and Body 1 Advanced Social Medicine 1 Advanced Course for Medical Genome Science 1 Advanced Clinical Behavioral Science 1 3T Science, Technology and Sustainable Society 1 Basic Outline of Human Anatomy, Physiology, and Pathology 1 Basic Microbiology and Immunology 1 Advanced Outline of Clinical Pathology 1 Basic Japanese Orinetal (Kampo) Meidicine 1 4T Designing Clinical Research 1 Advanced Microbiology and Immunology 1 Advanced Radiology 1 Advanced Jpanese Orinetal (Kampo) Meidicne 1 2nd Year 1T 2T 3T 4T Credits Earned 4 4 12 10 22 Total Credits Earned: 30 Research Theme: Elucidation of Neural Transmission Control Mechanisms Specific human resources to be trained: Medical science R&D personnel contributing to the elucidation of molecular mechanisms of neural transmission control. Graduate School Common Subjects Department Common Subjects Program Specialized Subjects Specialized Subjects Special Research 1st Year 1T Research Ethics 1 Academic Writing Ⅰ 1 Comprehensive Medical and Pharmaceutical Sciences 1 Basic Medical Pharmoacology 1 Intruduction to Basic and Clinical Medical Sciences 1 Basic Social Medicine 1 Basic Course for Medical Genome Science 1 10 2T Intellectual Property Law 1 Advanced Social Medicine 1 Basic of Signal Transduction in the Central Nervous System 1 Advanced Course for Medical Genome Science 1 3T Science, Technology and Sustainable Society 1 Basic Outline of Human Anatomy, Physiology, and Pathology 1 Basic of Pharmacology in the Central Nervous System 1 Basic Microbiology and Immunology 1 Advanced Outline of Clinical Pathology 1 4T Designing Clinical Research 1 Advanced Microbiology and Immunology 1 Advanced Radiology 1 Advanced Practical Course of Clinical Medicine 1 2nd Year 1T 2T 3T 4T Credits Earned 4 4 12 10 22 Total Credits Earned: 30 Faculty Members Research field Name Link Anatomy ProfessorIchijo Hiroyuki Pure Anatomy Assistant ProfessorKusui Yuka Pure Anatomy Asoociate ProfessorNakamura Tomoya Pure Physiology ProfessorTamura Ryoi Pure Physiology ProfessorNishimaru Hiroshi Pure Physiology Associate ProfessorNoritake Atsushi Pure Physiology Assistant ProfessorSetogawa Tsuyoshi Pure Physiology Asoociate ProfessorMatsumoto Jumpei Pure Brain Science ProfessorInokuchi Kaoru Pure Brain Science Associate ProfessorMiyamoto Daisuke Pure Brain Science Associate ProfessorNomoto Masanori Pure Brain Science Assistant ProfessorUm Seung Min Pure Systems Function and Morphology ProfessorIto Tetsufumi Pure Systems Function and Morphology Assistant ProfessorHase Kazuma Pure Pathology ProfessorHirabayashi Kenichi Pure Pathology ProfessorTakata Katsuyoshi Pure Pathology Associate ProfessorYamamoto Seiji Pure Molecular Immunology ProfessorKobayashi Eiji Pure Molecular Immunology LecturerShitaoka Kiyomi Pure Molecular Immunology Assistant ProfessorKurosawa Mie Pure Microbiology ProfessorMorinaga Yoshitomo Pure Microbiology Assistant ProfessorYamada Hiroshi Pure Microbiology Assistant ProfessorAsmaa B A Abushawish Pure Microbiology Assistant ProfessorRudy Hermawan Pure Molecular and Medical Pharmacology ProfessorNakagawa Takashi Pure Molecular and Medical Pharmacology Associate ProfessorYaku Keisuke Pure Epidemiology and Health Policy ProfessorSekine Michikazu Pure Epidemiology and Health Policy Associate ProfessorYamada Masaaki Pure Epidemiology and Health Policy Assistant ProfessorTatsuse Takashi Pure Legal Medicine ProfessorNishida Naoki Pure Legal Medicine Associate ProfessorHata Yukiko Pure Health Professional Education ProfessorTakamura Akiteru Pure Molecular Neuroscience Associate ProfessorYoshida Tomoyuki Pure Clinical and Cognitive Neuroscience ProfessorHakamata Yuko Pure Gene Expression and Regulation Associate ProfessorKaida Daisuke Pure Diabetes and metabolism, rheumatic and respiratory diseases ProfessorKato Masaru Pure Internal Medicine ProfessorKinugawa Koichiro Pure Internal Medicine ProfessorYasuda Ichiro Pure Internal Medicine ProfessorSato Tsutomu Pure Inflammatory Bowel Disease ProfessorWatanabe Kenji Pure Internal Medicine Associate ProfessorInomata Minehiko Pure Internal Medicine Associate ProfessorFujisaka Shiho Pure Internal Medicine Associate ProfessorImamura Teruhiko Pure Internal Medicine Associate ProfessorTajiri Kazuto Pure Internal Medicine Assistant ProfessorKado Tomonobu Pure Internal Medicine Assistant ProfessorTanaka Shuhei Pure Internal Medicine Assistant ProfessorShimada Seitaro Pure Clinical Infectious Diseases ProfessorYamamoto Yoshihiro Pure Clinical Infectious Diseases Associate ProfessorNagaoka Kentaro Pure Clinical Infectious Diseases LecturerKawasuji Hitoshi Pure Dermatology ProfessorShimizu Tadamichi Pure Dermatology Associate ProfessorMakino Teruhiko Pure Dermatology LecturerMizawa Megumi Pure Pediatric Developmental Medicine ProfessorImai Chihaya Pure Neonatology ProfessorYoshida Taketoshi Pure Neuropsychiatry ProfessorTakahashi Tsutomu Pure Neuropsychiatry Associate ProfessorHiguchi Yuko Pure Neuropsychiatry LecturerSasabayashi Daiki Pure Neuropsychiatry Assistant ProfessorKobayashi Haruko Pure Diagnostic and Therapeutic Radiology ProfessorNoguchi Kyo Pure Diagnostic and Therapeutic Radiology Associate ProfessorKido Aki Pure Diagnostic and Therapeutic Radiology LecturerDoai Mariko Pure Radiation Oncology ProfessorSaitoh Jun-ichi Pure Radiation Oncology Associate ProfessorOgawa Ryohei Pure Surgery ProfessorYoshimura Naoki Pure Surgery ProfessorFujii Tsutomu Pure Surgery ProfessorOkumura Tomoyuki Pure Surgery Special ProfessorTsuchiya Tomoshi Pure Surgery Assistant ProfessorToritsuka Daisuke Pure Neurosurgery ProfessorKuroda Satoshi Pure Neurosurgery Assistant ProfessorYamamoto Shusuke Pure Orthopaedics and Locomotor System Science ProfessorKawaguchi Yoshiharu Pure Orthopaedics and Locomotor System Science Associate ProfessorYahara Yasuhito Pure Orthopaedics and Locomotor System Science Assistant ProfessorZukawa Mineyuki Pure Obstetrics and Gynecology ProfessorNakashima Akitoshi Pure Obstetrics and Gynecology Associate ProfessorYoneda Satoshi Pure Obstetrics and Gynecology LecturerShima Tomoko Pure Ophthalmology ProfessorHayashi Atsushi Pure Ophthalmology LecturerYunoki Tatsuya Pure Ophthalmology LecturerMihara Miharu Pure Otorhinolaryngology-Head and Neck Surgery ProfessorMorita Yuka Pure Otorhinolaryngology-Head and Neck Surgery Associate ProfessorFujisaka Michiro Pure Urology ProfessorKitamura Hiroshi Pure Urology Associate ProfessorNishiyama Naotaka Pure Anesthesiology ProfessorTakazawa Tomonori Pure Anesthesiology Assistant ProfessorOnishi Kenta Pure Comprehensive Oral Sciences ProfessorYamada Shinichi Pure Comprehensive Oral Sciences LecturerMiura Keiichiro Pure Clinical laboratory medicine ProfessorNiimi Hideki Pure Japanese Oriental Medicine (Kampo Medicine) ProfessorKainuma Mosaburo Pure Japanese Oriental Medicine (Kampo Medicine) Associate ProfessorFujimoto Makoto Pure Japanese Oriental Medicine (Kampo Medicine) Assistant ProfessorMukaino Akihiro Pure Emergency Medicine ProfessorDoi Tomoaki Pure Emergency Medicine Assistant ProfessorKusuzawa Keigo Pure Neurology Associate ProfessorNakane Shunya Pure Medical Oncology/Palliative Medicine ProfessorHayashi Ryuji Pure Medical Oncology/Palliative Medicine LecturerKajiura Shinya Pure Plastic, Reconstructive and Aesthetic Surgery ProfessorSatake Toshihiko Pure Plastic, Reconstructive and Aesthetic Surgery LecturerOnoda Satoshi Pure Artificial Intelligence and Data Science Research ProfessorTakaoka Yutaka Pure Artificial Intelligence and Data Science Research Assistant ProfessorOta Mika Pure Artificial Intelligence and Data Science Research Assistant ProfessorAizawa Shinta Pure Rehabilitation Medicine ProfessorHattori Noriaki Pure Rehabilitation Medicine Assistant ProfessorOtomune Hironori Pure Biostatistics ProfessorYonemoto Naohiro Pure Behavioral Physiology ProfessorTakao Keizo Pure Behavioral Physiology Assistant ProfessorYasumura Misato Pure Behavioral Physiology Assistant ProfessorFujii Kazuki Pure