Osaka University (Japan) and Translational Health Science and Technology Institute (THSTI, India) have launched Doctoral Program in 2024 to cultivate young researchers to become leaders in the research field of microbiology and immunology of the next generation who contribute to the world through groundbreaking research in microbiology and immunology.
The program recruits highly qualified and motivated students residing outside of Japan, and relies heavily on recommendations from THSTI, an esteemed educational and research institution with a long-standing and strong partnership with Osaka University, in order to assess the abilities and qualities of the applicants.
Students admitted to this program will be enrolled in the Graduate School of Medicine at Osaka University. The Graduate School of Medicine offers an integrated curriculum that includes lectures and seminars by world-leading professors from a wide range of research fields, not only life sciences, but also other fields to promote interdisciplinary research to broaden perspectives and foster new fields of study. These courses are conducted in English. In addition, students will conduct their dissertation research under the supervision of any one of the principal investigators. These principal investigators are affiliated with the Immunology Frontier Research Center (IFReC), the Research Institute for Microbial Diseases (RIMD), the Center for Infectious Disease Education and Research (CiDER), or the Center for Advanced Modalities and DDS (CAMaD) at Osaka University, and they also hold positions at the Graduate School of Medicine at Osaka University.
Upon completion of the required coursework at the graduate school and their dissertation research, a doctoral degree will be awarded.
Students in this program are exempt from examination, entrance, and tuition fees, and will receive a scholarship for four years.
The maintenance and improvement of global health are essential for saving lives from various diseases, including emerging infectious diseases, and for enriching society. Advancing fundamental research to help us understand the complex mechanisms in the human body is necessary to achieve this goal. In particular, the global COVID-19 pandemic these past few years severely impacted society and posed a significant threat to public health, highlighting the need for this type of research. Through fundamental research that explores the mechanisms of infection by microorganisms, such as viruses and bacteria, and the responses by the immune system, we can develop effective strategies to better combat the threat of such emerging infectious diseases.
Osaka University is one of Japan’s leading research universities and has a long tradition of making significant contributions to medical research, particularly in the fields of microbiology and immunology. Specifically, the Immunology Frontier Research Center (IFReC), the Research Institute for Microbial Diseases (RIMD), the Center for Infectious Diseases Education and Research (CiDER), and the Center for Advanced Modalities and DDS (CAMaD) continue this tradition at Osaka University by bringing together internationally active and prominent microbiology and immunology researchers. These experts conduct research in an international standard research environment and have produced world-class research results.
Recent technological innovations in the fields of microbiology and immunology, such as the advent of single-cell analysis techniques and informatics technology, have brought about a major transformation in these traditional fields. These research institutions at Osaka University are dedicated to advancing new fundamental research aimed at elucidating human physiological mechanisms, with the goal of developing treatments for human diseases and making meaningful contributions to society.
The program aims to cultivate young researchers with a high level of expertise and profound knowledge in microbiology and immunology, thus enabling them to excel globally through the high-quality education and research opportunities in Osaka University's exceptional research environment. Furthermore, we aspire to empower these young researchers to explore new research frontiers and become leaders of the next generation who contribute to the world through groundbreaking research in microbiology and immunology.
The program recruits highly qualified and motivated students residing outside of Japan, and relies heavily on recommendations from THSTI, an esteemed educational and research institution with a long-standing and strong partnership with Osaka University, in order to assess the abilities and qualities of the applicants.
Students admitted to this program will be enrolled in the Graduate School of Medicine at Osaka University. The Graduate School of Medicine offers an integrated curriculum that includes lectures and seminars by world-leading professors from a wide range of research fields, not only life sciences, but also other fields to promote interdisciplinary research to broaden perspectives and foster new fields of study. These courses are conducted in English. In addition, students will conduct their dissertation research under the supervision of a principal investigator at IFReC, RIMD, CiDER, or CAMaD, who is also affiliated with the Graduate School of Medicine. A doctoral degree can be obtained by completing the required coursework at the graduate school and their dissertation research. The standard doctoral program in the Graduate School of Medicine is four years, and it is possible to obtain a doctoral degree in "Medicine."
This doctoral program is jointly organized with the Research Foundation for Microbial Diseases of Osaka University (BIKEN Foundation). Students in this program are eligible for a tuition fee waiver, and will receive a scholarship to be provided by the BIKEN Foundation. Further details are available on the document to be downloaded at "Application and Selection" section below .
Applicants for this program must be non-Japanese nationals residing outside of Japan at the time of application and possess the qualifications in (1) and (2), and the qualities listed in (3) below.
By March 31st 2025 | Applicants send application documents to the local selection committee at THSTI. (Deadline: March 31st 2025) |
May 2025 | First round selection: Local selection committee at THSTI screens application documents |
June or July 2025 | Second round selection: Selection committee at Osaka University interviews successful first round applicants at THSTI and/or online. |
July 2025 | Notification of the results of the second round selection. |
October 2025 | Successful applicants send documents to the Graduate School of Medicine, Osaka University for final confirmation. |
April 2026 | Admission to the Graduate School of Medicine at Osaka University |
Applicants should submit their application documents to the local selection committee at THSTI by both postal mail and email (Both soft and hard copies are needed).
“Application to OU Doctoral Program” should be indicated on the envelope.
The following two rounds of selection will be conducted. Applicants will be notified of the results of each selection.
Students in this program will be assigned to a laboratory headed by any one of IFReC, RIMD, CiDER, or CAMaD principal investigators affiliated with the Graduate School of Medicine at Osaka University, where they will conduct research in advanced biomedical fields, mainly microbiology and immunology, under the guidance of the principal investigator. The laboratory to which the student belongs to will determine their future research field and research theme. Therefore, applicants are asked to consult with the IFReC, RIMD, CiDER, or CAMaD principal investigator by whom they wish to be supervised before applying.
Please follow the procedure below.
The following documents must be prepared and submitted in English.
Acceptance or rejection will be notified in July 2025. Successful applicants to the program will later be informed of the admission procedures to the Graduate School of Medicine at Osaka University for final confirmation.
Students in this program are eligible for a tuition fee waiver, and will receive a scholarship (250,000 yen/month)to be provided by the Research Foundation for Microbial Diseases of Osaka University (BIKEN Foundation), which jointly organizes this doctoral program. Further details are available on "Financial Support" , which can be downloaded above.
For inquiries regarding the preliminary screening, please contact the local selection committee at THSTI.
For general inquiries, please contact the Immunology Frontier Research Center (IFReC) at Osaka University.
AKIRA Shizuo | Host Defense Exploration of the relationship between immune responses and mechanisms that ensure mRNA stability |
KUMANOGOH Atsushi | Immunopathology Research on the molecular mechanisms underlying regulation of immune responses by immune semaphorins |
ARASE Hisashi | Immunochemistry Research on the mechanism of immune disorders as well as new therapies for immune diseases based on new findings on MHC |
KISHIMOTO Tadamitsu /Sujin KANG | Immune Regulation Research on the mechanisms of autoimmune disease and related cytokine signaling pathways |
TAKEDA Kiyoshi | Mucosal Immunology Research on the mechanisms for the maintenance of intestinal homeostasis to reveal the pathogenesis of inflammatory bowel diseases (IBD) |
SAKAGUCHI Shimon | Experimental Immunology Research on the mechanisms of immunological self-tolerance by T cell-mediated dominant control of self-reactive lymphocytes |
YAMAMOTO Masahiro | Immunoparasitology Exploration of host defense systems and pathogenesis using the apicomplexan protozoan parasite Toxoplasma gondii as a model |
NAGATA Shigekazu | Biochemistry & Immunology Research on the molecular mechanism of apoptosis |
YAMASHITA Toshihide | Molecular Neuroscience Research on the mechanism to regulate rewiring of neural network after central nervous system injury |
YAMASAKI Sho | Molecular Immunology Research on the mechanism for regulation of immune responses through C-type lectin receptors in physiological and pathological settings |
NAGASAWA Takashi | Stem Cell Biology and Developmental ImmunologyResearch on spatiotemporal regulation of lymphohematopoiesis by environmental factors within bone marrow |
HARA Eiji | Aging Biology Research on the mechanisms of cellular senescence in vivo, with a focus on its positive and negative roles throughout our life course |
MATSUOKA-NAKAMURA Yumi | Cutaneous Allergy and Host Defense Research on the relationship between the indigenous bacterial flora in chronic inflammatory skin diseases such as atopic dermatitis and the pathogenic bacteria that cause inflammation |
TAKAKURA Nobuyuki | Signal Transduction Research on cellular and molecular mechanisms underlying vascular formation |
FUJIMOTO Manabu | Cutaneous Immunology Research on skin homeostasis for new clinical treatments |
MORO Kazuyo | Innate Immune Systems Research on the mechanisms for differentiation, signaling and activation of ILC2 and also partner cell types |
James Badger WING | Human Single Cell Immunology Exploration of the diversity of Tregs and consequences of Treg impairment in a variety of settings such as autoimmunity and cancer |
OKUZAKI Daisuke | Human Immunology (Single Cell Genomics) Construction of single immune cell database |
OKABE Yasutaka | Immune Homeostasis Research on the mechanisms of tissue homeostasis and immune homeostasis |
HOSEN Naoki | Cellular Immunotherapy Development of CAR-T cell therapy targeting antigens in various types of cancers |
KAMADA Nobuhiko | Microbiology and Immunology Research on the mechanisms by which commensal microbiota cause/exacerbate disease |
ISHII Masaru | Immunology and Cell Biology Elucidation of the complex system for bone homeostasis in vivo and other biological phenomena by bio-imaging |
SUZUKI Kazuhiro | Immune Response Dynamics Research on the interactions between the nervous and immune systems through immune cell trafficking controlled by neural inputs |
Daron STANDLEY | Systems Immunology Analysis of immune repertoire sequence data and post-transcriptional regulation of immune responses |
ISE Wataru | Regulation of Host Defense Research on the mechanisms of immune memory in human and underlying long-term survival of plasma cells |
MATSUURA Yoshiharu | Virus Control Research on virus-host interactions involved in viral infection and pathogenicity |
ITAKA Keiji | Clinical BiotechnologyDevelopment of innovative medical technologies based on the science of biomaterials, DDS, and molecular biology |
KOBAYASHI Takeshi | Virology Research on the molecular mechanisms underlying Reoviridae virus replication and pathogenesis, and developing novel vaccine vectors |
IIDA Tetsuya | Bacterial Infections Research on the mechanism underlying bacterial infection and pathogenesis |
IKAWA Masahito | Experimental Genome Research Research on the mechanisms underlying mammalian reproductive systems through genetic manipulation of animal models |
ISHITANI Tohru | Homeostatic Regulation Research on cell-cell communication and behavior supporting tissue homeostasis and molecular systems controlling embryonic development, organogenesis, regeneration, aging, and disease |
IWANAGA Shiroh | Molecular Protozoology Research on stage-specific gene expression regulated by parasites |
IWASAKI Masaharu | Emerging Viral Diseases Research on molecular and cellular biology of mammarenaviruses to facilitate the development of novel antivirals and vaccines |
NAKAMURA Shota | Pathogen Detection and Identification Development of new methodologies for the detection of all types of pathogens using NGS based technologies |
WATANABE Tokiko | Molecular Virology Research on the mechanisms of host adaptation, replication, and pathogenicity of viruses |
KOTANI Ai | Cellular and Molecular Biology Development of novel therapies for refractory infectious and hematopoietic tumors |
TSUKAMOTO Kentaro | Bacterial Zoonoses Understanding the mechanism of Bartonella infection and pathogenesis, and angiogenic factor produced by Bartonella |