Titlebook: Introduction to Biosensors; From Electric Circui Jeong-Yeol Yoon Textbook 2016Latest edition Springer International Publishing Switzerland

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Fluorescence,wavelength. This method works well for a variety of applications. Despite its popularity, it has some limitations. The target molecule must exhibit specific coloration(s), i.e., absorption peaks at certain specific wavelength(s). It is possible to use a combination of an enzyme and a substrate that will exhibit a specific coloration.

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Electrochemical Sensors,thermal. We have already learned a great deal of optical transducers and equipment for biosensor applications in Chaps.?. and .. In this chapter, we will learn another very popular transducer for biosensors: electrochemical.

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Immunosensors,As have been used commonly as bioreceptors; however, . are the most common and widely studied. In addition, . can also be used as bioreceptors to capture and analyze specific antibodies. Biosensors that utilize antibodies or antigens as bioreceptors are called .

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Jeong-Yeol YoonProvides over 14 extensive, hands-on labs at the end of each chapter, many of which are new to the second edition, delivering hands-on guidance and visual demonstration of biosensor applications.Takes

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Resistors,In the previous chapter, we learned that all transducers for sensors and biosensors generate voltage. In this regard, it is important that we begin our study with a basic understanding of electronics and circuitry.

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Temperature Sensors,In the previous chapters, we have learned about the very basic building blocks for constructing an electronic circuit—resistors, diodes, and transistors. In this chapter, we will learn how these basic components can be used as transducers to sense physical variables (or .).

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