🦠SA Assistant Professor
Center for Infectious Disease Education and Research (CiDER), Osaka University
PhD in Veterinary Science
2013-04-01
2017-03-31
Gifu University (United Graduate School of Veterinary Sciences)
DVM (Doctor of Veterinary Medicine)
2007-04-01
2013-03-31
Gifu University
My research centers on understanding why viruses cause disease. I am particularly interested in human rhinovirus (HRV), one of the most common human pathogens yet considered to cause only mild illness. By studying how and why HRV rarely leads to severe disease, I aim to uncover fundamental principles of viral pathogenesis — essentially asking, what keeps most infections mild?
To address this question, I am developing recombinant reporter viruses and leveraging in vivo models including mice and organoids. These tools will enable us to dissect the molecular mechanisms underlying viral replication and pathogenicity at an unprecedented resolution.
Looking ahead, I aim to apply these tools to analyze circulating strains in collaboration with public health laboratories, and ultimately to contribute to the discovery and development of anti-rhinovirus therapeutics. I am also broadly interested in enterovirus RNA biology, mutational dynamics, and the evolutionary forces shaping viral pathogenesis.
I have extensive experience in in vivo virology, including virus inoculation via multiple routes, precision dissection of tissues such as the sciatic nerve, and quantitative analysis of viral dynamics across organs.
Poster presentation at ASV 2025 on plasmid-based reverse genetics for HRV reporter virus construction.
Oral presentation on the construction of recombinant HRV expressing reporter proteins.
Poster presentation on analysis of HRV-positive patients with non-respiratory tract symptoms in Osaka.
Selected to participate in the 68th Lindau Nobel Laureate Meeting dedicated to Physiology and Medicine (JSPS fellowship).
Oral presentation on cell type-dependent IFN suppression by rabies virus P protein isoforms.
My academic website has been redesigned with a fresh look and improved structure.