[14p-P19-1~20] 12.7 Biomedical Engineering and Biochips

[14p-P19-8] Electrochemical Behavior of Long-Length Carbon Nanotube Modified Electrode toward Leucodopamine

〇(M2C)Yuki Inoue¹, Hitoshi Muguruma¹, Hitoshi Inoue², Tatsuya Ohsawa² (1.Shibaura Techno Univ, 2.Nihon Shizai Company)

Keywords:Dopamine, Carbon nanotube

Dopamine exists in nerve cells; of the neurotransmission play a central role. The detection of dopamine includes big significance, and electrochemical measurement not to need a large-scale device easily in a short time is studied. I used carbon nanotube superior in catalytic ability and electron transport ability for electrode materials. Many studies make an oxidation reaction of dopaminequinone a detection principle from dopamine. In this study, I report the investigation, the use to the sensor about electrochemistry behavior of the Royko dopamine chrome that dopa quinone causes the closure reaction in molecules and produces.