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900 labs · 69 student voices
Osamu Kikuchi, Associate Professor
1 student voices
The Clinical Cancer Immunology and Pharmacology Lab focuses on vulnerabilities that arise from genetic alterations in cancer cells (such as KRAS and TP53), and researches and develops new molecularly targeted therapies and immunotherapies. Aiming to completely cure hard-to-treat cancers, such as unresectable gastrointestinal cancers, the lab works to develop effective and safe treatments tailored to each patient. The lab welcomes researchers and graduate students from Japan and abroad, including those who hope to study overseas in the future. The lab is a division of the Center for Cancer Immunotherapy and Immunobiology.
Riki Matsumoto, Professor
1 student voices
Guided by the motto "World Class Care and Research," the lab works to "know," "protect," and "heal" the brain from the standpoint of clinical neuroscience. The lab aims to deliver the best medical care to patients with the neurological diseases that are increasing in a super-aged society, to clarify disease mechanisms using various neuroscience methods, and to develop new treatments and preventive methods. Through education at every stage, from clinical clerkships for undergraduates to postgraduate training and research supervision, the lab trains the next generation of neurologists.
Yoshiki Arakawa, Professor
1 student voices
Neurosurgery is the field responsible for diagnosing and treating diseases of the nervous system, including the brain, spinal cord, and peripheral nerves, as well as diseases of the cerebral blood vessels. The lab is distinguished by three strengths: evidence-based clinical practice, the development of innovative treatments grounded in basic research, and the creation of new evidence through high-quality clinical trials. The lab carries out joint research with a wide range of departments inside and outside the university and brings the results back into patient care. It actively encourages study abroad in Japan and overseas, and it accepts students and physicians from both Japan and other countries.
Sungrim Seirin-Seirin-Lee, Professor
1 student voices
The lab combines mathematical modeling, topological data analysis, optimal transport, AI, bioinformatics, and clinical data to build a research foundation for understanding disease mechanisms and differences between individual patients from a limited number of patient samples. This work is set against the rapid development of quantitative technologies that support the life sciences, such as multi-omics analysis, organoids, and in vivo imaging inside the living body. The lab places importance on training researchers who understand both medicine/life sciences and mathematical/information sciences, and who can bridge these fields to pose new questions.
Ken-ichi Amemori, Professor
1 student voices
The lab measures and manipulates brain circuits in primates, aiming to uncover how anxiety and conflict are appropriately regulated. For the treatment of depression and anxiety disorders, behavioral changes produced by manipulating local neural circuits are drawing attention, but the brain regions and circuit mechanisms responsible for anxiety and decision-making are not yet well understood. Using an approach-avoidance conflict task, which allows anxiety to be expressed numerically, in primates whose brain structure resembles that of humans, the lab is identifying neural circuits causally involved in value judgment. The lab welcomes people who are interested in both basic neuroscience and cognitive neuroscience and want to explore causal relationships between the brain and behavior.
Yasushi Okuno, Professor
1 student voices
The lab applies simulation science and data science, a new current of research alongside experimental science and theoretical science, to medicine and drug discovery. It works on the analysis of medical big data and medical AI using real clinical data from Kyoto University Hospital, as well as on new methodologies and foundation models for simulation-based and AI-based drug discovery using the supercomputer Fugaku.
Chieko Akuzawa, Associate Professor
1 student voices
Child health nursing explores support that lets children grow and develop as themselves, targeting children in a wide range of health conditions and their families, from the neonatal period through adolescence and young adulthood, regardless of whether or to what degree they have health problems or disabilities. An increasing number of children develop illnesses in childhood and need long-term follow-up. For the integrated practicum and graduation research, the lab arranges for each student to do their practicum and research in a field that matches their individual interests.
Shigehito Yamada, Professor
1 student voices
About 3% of newborns have a congenital anomaly, but the causes and mechanisms of onset have been clarified for only some of them. Biological Structure brings together knowledge from basic medicine, clinical medicine, and epidemiology to study congenital anomalies. Prof. Yamada also serves as a professor at the Congenital Anomaly Specimen Analysis Center affiliated with the Faculty of Medicine, and conducts research using the center's human embryo collection.
Tomofumi Yamaguchi, Professor
1 student voices
Neurorehabilitation is rehabilitation that combines knowledge from neuroscience, clinical neurophysiology, and rehabilitation medicine. The lab develops new treatments mainly to improve motor impairment after central nervous system diseases, and clarifies their effects and mechanisms. It also aims to develop findings from basic research to a level that can be put into practice in clinical settings, and to verify their effects together with therapists in the field.
Kiyosei Takasu, Professor
1 student voices
Many pharmaceuticals and biomedical materials are organic molecules, and developing new drugs and materials requires making new compounds through organic synthesis. The Pharmaceutical Synthetic Chemistry Lab pursues organic chemistry that focuses on what kinds of molecules to design, how to synthesize them, and how to understand their properties. The lab aims to discover and invent new methods of molecular transformation and new molecular structures that contribute to the life sciences.
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