전기화학 체외 탄소 나노튜브 문신 센싱을 이용한 통증 진단 분석
Diagnostic Neuro Nerve Pain Analyzing with Electrochemical Extra corporeal Carbon Nanotube Tattoo Sensing
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As the human pain controls depend on the brain neuro current, here assay is related to specific nerve potential detection, nerve pain induced amplification current detection, such as Depression, suicidal impulse, cancer pain, disease pain, dementia, epileptic pain signals, etc. For this purpose, the brain current was analyzed by electrochemical three-electrode systems using 0.1-mm micro wire in vivo probe, which probe was made by using carbon nano tube paste coated needle type. Here working electrode was inserted in the rat brain’s muscle core with a 0.3-mm-diameter needle type Ag/AgCl Cl-coated Ag wire reference, and counter electrode of 0.1-mm-diameter Pt micro needle was inserted 5 mm deep into the in vivo muscle skin, under anesthesia with 2.0 ~ -2.0 V potential windows, 50 mv/s cyclic scan and 1.0×10-5A chrono amperometric sensitivity on the body systems. Under the optimum conditions, diagnostic application was performed to such as smell signal, muscular strength, five/sense assay and thinking neuro current. These neuro diagnostic technologies can include auditory sonar recognition, odor diagnosis, texture recognition, emotion recognition, visible color change recognition, etc. It can also amplify emotional recognition such as joy, hate, love, sadness, etc. And it can extend the pain of the skin or in-vivo whole body
Abstract
As the human pain controls depend on the brain neuro current, here assay is related to specific nerve potential detection, nerve pain induced amplification current detection, such as Depression, suicidal impulse, cancer pain, disease pain, dementia, epileptic pain signals, etc. For this purpose, the brain current was analyzed by electrochemical three-electrode systems using 0.1-mm micro wire in vivo probe, which probe was made by using carbon nano tube paste coated needle type. Here working electrode was inserted in the rat brain’s muscle core with a 0.3-mm-diameter needle type Ag/AgCl Cl-coated Ag wire reference, and counter electrode of 0.1-mm-diameter Pt micro needle was inserted 5 mm deep into the in vivo muscle skin, under anesthesia with 2.0 ~ -2.0 V potential windows, 50 mv/s cyclic scan and 1.0×10-5A chrono amperometric sensitivity on the body systems. Under the optimum conditions, diagnostic application was performed to such as smell signal, muscular strength, five/sense assay and thinking neuro current. These neuro diagnostic technologies can include auditory sonar recognition, odor diagnosis, texture recognition, emotion recognition, visible color change recognition, etc. It can also amplify emotional recognition such as joy, hate, love, sadness, etc. And it can extend the pain of the skin or in-vivo whole body