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927 labs · 0 student voices
Yasushi Fujio, Professor
0 student voices
The Clinical Pharmacology Lab studies clinical pharmacology, which aims to maximize the efficacy and safety of drug therapy. Clinical pharmacology is a discipline grounded in the clinical settings where drug therapy is delivered, and the lab conducts its research in collaboration with Osaka University Hospital. In addition to research, students take PharmD course programs, including long-term ward training at Osaka University Hospital and training at the front lines of pharmaceutical regulatory administration. Graduates work in a variety of roles, including drug development at pharmaceutical companies, pharmacists at hospitals and pharmacies, and pharmaceutical regulatory administration.
Masuo Kondoh, Professor
0 student voices
The Regulatory Science of Medicinal Products and Medical Devices Lab develops innovative drug discovery technologies and conducts research in regulatory science. Focusing on the molecular basis of biological barriers, the lab works on DDS research, such as drug delivery to the brain and transdermal and oral administration technologies, and on developing disease biomarkers. Through education in regulatory literacy and regulatory communication, the lab aims to train human resources for health and medical innovation who are also well versed in regulatory science. The lab strives to let students pursue research themes that interest them, and widely accepts students regardless of university or faculty as long as they have an interest in and motivation for research.
Yoshiaki Okada, Professor
0 student voices
The Cardiovascular Drug Discovery Lab investigates the mechanisms of vascular function and applies them to the development of drugs to treat diseases. Blood vessels are not only passageways that carry oxygen and nutrients through the blood, but also control the movement of substances and cells between the blood and organs by changing their permeability. The lab works on treating inflammatory diseases and infections, delivering drugs to the brain, and restoring fibrotic organs.
Hirofumi Tsujino, Associate Professor
0 student voices
The Enzyme Reaction Analysis Lab is listed as a "lab" in the lab introductions of the Graduate School of Pharmaceutical Sciences at Osaka University. Its research fields are given as structural and functional analysis of globin proteins and analysis of CYP, a drug-metabolizing enzyme. The lab is led by Associate Professor Hirofumi Tsujino, whose fields of specialization are listed in the researcher directory as pharmaceutical analysis and physical chemistry. Since April 2023, Associate Professor Tsujino has been an Associate Professor at Museum Links, with a concurrent appointment as Associate Professor at the Graduate School of Pharmaceutical Sciences.
Kenji Ikeda, Professor
0 student voices
The lab mainly conducts research that solves questions and challenges observed in clinical settings from a pharmaceutical perspective and puts the results to use in clinical practice. In cooperation with hospitals and pharmacies, it carries out clinical research targeting both specific groups and large populations. By providing scientific evidence, the lab promotes the appropriate use of medicines and works on research that contributes to the safety and security of healthcare. On the lab's website, it is introduced under the name "Medical Pharmacy" field.
Yasushi Fujio, Professor
0 student voices
The lab studies clinical pharmacology, which aims to maximize the effectiveness and safety of drug therapy. In cooperation with Osaka University Hospital, it works on research toward safe and effective pharmacotherapy. In addition to research, students take programs such as long-term ward training at the hospital and training in pharmaceutical administration at the Ministry of Health, Labour and Welfare and other organizations. On the lab's website, it is introduced under the name "Clinical Pharmacology" field.
Masuo Kondoh, Professor
0 student voices
The lab in the field of Regulatory Science for Pharmaceuticals and Medical Devices (which also serves as the Pharmaceutical Affairs Education and Research Unit) works on developing innovative drug discovery technologies and on regulatory science research. Its drug discovery research focuses on the molecular basis of biological barriers, and includes drug delivery to the brain, noninvasive administration technologies such as transdermal and oral delivery, and the development of disease biomarkers. Through education in regulatory literacy and regulatory communication, the lab aims to train professionals for health and medical innovation who are also well versed in regulatory science. The lab strives to let students pursue the research themes they are interested in, and accepts students from any university or faculty as long as they have an interest in and motivation for research.
Masuo Kondoh, Professor
0 student voices
Building on the development and advancement of innovative drug discovery technologies, the field of Regulatory Science for Pharmaceuticals and Medical Devices pursues drug discovery research focused on the molecular basis of biological barriers, as well as regulatory science research. Its research also covers drug delivery to the brain, noninvasive administration technologies such as transdermal and oral delivery, the development of disease biomarkers, and the creation of new drug candidates. Through education in regulatory literacy and regulatory communication, the lab aims to train professionals for health and medical innovation who are also well versed in regulatory science. The lab's mottos are "No regulation, No medical innovation" and "Whoever masters regulation masters innovation."
Soichiro Fukada, Professor
0 student voices
The Muscle Stem Cell Drug Discovery Project studies the regenerative and hypertrophic capacity of skeletal muscle at the molecular level. The lab investigates how muscle satellite cells, the stem cells of skeletal muscle, are maintained and how they function in muscle regeneration and hypertrophy. Aiming for discoveries that lay the foundation for developing treatments for muscle diseases, the lab also has muscular dystrophy, sarcopenia, and cancer cachexia in view. The lab's website is operated under the name of the Field of Regeneration and Adaptation.
Atsuo Sekiyama, Professor, Endowed Chair
0 student voices
The Preemptive Psychosomatic Medicine and Pharmaceutical Sciences Lab is an endowed lab in the Graduate School of Pharmaceutical Sciences at Osaka University, where it studies the relationship between stress and mind-body disorders. The faculty's research keywords include stress, depression, mind-body interaction, oxidative stress, cytokines, and mitochondria. Papers co-authored by the faculty include studies that examine behavior related to psychiatric disorders and intestinal conditions in mice exposed to stress or lacking specific genes.
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