Our laboratory investigates the molecular mechanisms and physiological importance of sensory functions, which are crucial for biological adaptation and survival. We focus particularly on the functional relationship between membrane proteins like TRP channels and surrounding membrane lipids, studying how these components work cooperatively in sensory functions. Our research employs diverse tools ranging from behavioral analyses using Drosophila genetics to neuronal imaging and electrophysiological studies using receptor-expressing cultured cells.
We also study how oxidative stress affects membrane lipids and receptor function in aging and neurodegenerative conditions, using both Drosophila and mammalian cells to understand and develop treatments for sensory dysfunction. Additionally, we're developing next-generation pest control strategies by exploring novel repellents and insecticides targeting insect receptors and neural functions.
Our laboratory thus combines fundamental research into sensory processes with applied research addressing medical and agricultural challenges. We are also actively pursuing collaborative research and graduate education opportunities to facilitate these studies.