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Development of a penicillin biosensor using a single optical imaging fiber

机译:使用单一光学成像纤维的青霉素生物传感器的开发

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A penicillin biosensor has been fabricated by photodepositing penicillin-sensitive polymer matrices and pH-sensitive polymer matrices on different regions of an optical imaging fiber. Penicillin is detected by coupling the enzymatic activity of penicillinase with the pH sensitivity of fluorescein. Penicillin concentration is correlated to the pH change in the microenvironment of the penicillin-sensitive matrix relative to the pH of the sample solution. This dual sensor removes the need to maintain a constant solution pH when measuring penicillin and should enhance greatly the application of biosensors.
机译:通过光疏水疏水素敏感的聚合物基质和光学成像纤维的不同区域上的pH敏感聚合物基质来制造青霉素生物传感器。通过偶联青霉素酶的酶活性与荧光素的pH敏感性来检测青霉素。青霉素浓度与青霉素敏感基质的微环境相对于样品溶液的pH相关的pH变化相关。当测量青霉素时,这种双传感器消除了保持恒定溶液pH的需要,并且应该大大提高生物传感器的应用。

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