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Graduate School of Science, Chiba University
Associate ProfessorGenomic DNA, the blueprint of our cells, is constantly subjected to damage. As this damage accumulates, it can lead to various diseases, including aging, cancer, and autoimmune disorders. But is DNA damage always harmful? In fact, it may play an essential role in the maintenance and evolution of life. My research focuses on the relationship between DNA damage, biological mechanisms, and disease.
Recent Topics of Interest:
1) The Butterfly Effect of DNA Damage: DNA damage triggers unexpected changes that spread throughout the cell, significantly altering chromatin function and RNA dynamics. Understanding this phenomenon may provide insights into how DNA damage influences cell fate.
2) DNA Damage and Immunity: I investigate the impact of DNA damage on immune function.
3) Development of a Test for Genomic Toxicity: I create new methods to determine how chemicals affect genomic DNA.
Motto in Research or in Life:
A series of small steps has the power to change the world.
Hobby / Holiday:
Singing Karaoke, driving, and sleeping
Medical Mycology Research Center / Research Institute of Disaster Medicine, Chiba University
ProfessorInfectious diseases caused by RNA viruses, such as COVID-19 and Influenza, are significant threats to our daily lives. In order to overcome them, I am working on analyzing the physiological significance and molecular mechanism of anti-viral signaling induced by host RNA sensors in our innate immune system and trying to gain valuable insights that can contribute to developing therapeutic strategies for emerging infectious diseases.
Recent Topics of Interest: Interaction between Anti-viral and Stress Responses
