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An electrophysiological breakthrough for diab

<p style="text-align:justify">A research team from the Institute for Research on Next-generation Semiconductor and Sensing Science (IRES&sup2;) at the Toyohashi University of Technology, National Institute of Technology, Ibaraki College, and TechnoPro R&amp;D Company has successfully demonstrated low-invasive neural recording technology for the brain tissue of diabetic mice. This was achieved using a small needle-electrode with a diameter of 4 &micro;m. Recording neuronal activity within the diabetic brain tissue is particularly challenging due to various complications, including the development of cerebrovascular disease. Because of the significant advantage of the miniaturized needle-electrode compared to conventional technologies, the needle electrode minimized tissue injury and enabled stable recording for an entire month.</p>
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D Koji Yamashita , Shohei Yokoyama , Koji Yamashita , Takeshi Kawano , Rika Numano , Shota Yamagiwa , Rioki Sanda , Kowa Koida , Kensei Sakamoto , Ibaraki College , National Institute Of Technology , Institute For Research On Semiconductor , Takeda Science Foundation , Method Of Research , Development Background , Toyohashi University Of Technology , Technopro Rd Company , Nagai Foundation For Science Technology , Seamless Technology , Next Generation Semiconductor , Sensing Science , Toyohashi University , National Institute , Hirohito Sawahata , Grant Numbers , Strategic Advancement ,