Carbon-Nanotube-Modified Glass Micropipette for Simultaneous Drug Injection and Neural Monitoring
분야
공학 > 전기공학
저자
( Jung Hwal Shin ) , ( Geon Hwee Kim ) , ( In Tae Kim ) , ( Hoon Lim ) , ( Geun Bae Lim )
발행기관
한국센서학회
간행물정보
센서학회지 2013년, 제22권 제5호, 309~314페이지(총6페이지)
파일형식
26401636.pdf [무료 PDF 뷰어 다운로드]
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    영문초록
    Glass micropipettes are widely used for drug injection in neurological studies. To enable these devices to monitor neural activity simultaneously with drug injection, an electrode such as Ag/AgCl must be located near or inserted into the glass micropipette to detect electrical signals in vivo. Here, we report carbon-nanotube-modified glass micropipettes (CNGs), which have excellent electrochemical properties such as low impedance and large electrochemical surface area suited for neural recording. In addition, using a standard pressure pump, CNGs can deliver drugs to the target region without bending. Because they are based on standard glass micropipettes, CNGs can readily be applied to traditional equipment, creating opportunities to monitor precisely the drug-injected area.
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