Yuki Takamatsu

Yuki Takamatsu serves as Associate Professor at Nagasaki University's School of Tropical Medicine and Global Health, specializing in high-containment virology research with emphasis on live-cell imaging of pathogenic viruses. His work bridges structural virology and public health through BSL-4 laboratory investigations.

Education:

• B.A. in Medicine, Yamaguchi University
• Doctor of Medical Science, Nagasaki University Graduate School of Biomedical Sciences (Virology, Institute of Tropical Medicine)

Dr. Takamatsu's research deciphers molecular mechanisms of viral replication and pathogenesis in Ebola, Dengue, and emerging tick-borne viruses using advanced microscopy. His lab pioneers intracellular dynamics visualization to translate structural insights into diagnostic and therapeutic strategies, with particular focus on nucleocapsid assembly and cross-species transmission events. This integrative approach spans molecular virology, epidemiology, and high-resolution imaging techniques.

Analysis of recent publications (2022-2025) reveals a cohesive trajectory in structural virology and outbreak response, featuring nucleocapsid mechanics in filoviruses, novel diagnostic tools for flaviviruses, and real-time transmission tracking of emerging pathogens. The work consistently leverages microscopy innovations to address viral evolution and host-pathogen interactions across global contexts including Japan and Vietnam.

With extensive mentorship experience at Philipp Universität Marburg, Kyoto University, and Japan's National Institute of Infectious Diseases, Dr. Takamatsu currently supervises master's and doctoral candidates in Nagasaki's Virology Laboratory. His training program emphasizes BSL-4 techniques and live-cell imaging applications for the next generation of tropical disease researchers.

The recently renewed Virology Laboratory operates cutting-edge microscopy facilities for real-time observation of high-pathogen viruses, supporting collaborative projects on viral dynamics in Vietnam and Japan. This infrastructure enables direct visualization of previously inaccessible viral processes through live-cell imaging breakthroughs.