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- W4312437400 abstract "The Microbial Fuel Cell (MFC) is a contemporary technology that employs electrogenic microorganisms as a catalyst to convert chemical energy contained in the bonds of organic matter found in waste materials directly into electricity, without polluting the environment. An MFC is a bioelectrochemical system with unique characteristics that may be utilised for a number of purposes, including power generation, waste treatment and biosensors. Besides powering a wide range of electrical equipment, its advancements in chemical, electrochemical and microbiological characteristics have extended its applications in chemical generation, acid and alkali production, bioremediation, water desalination and other fields. Except for powering tiny sensor devices, MFCs encounter significant challenges in real-world use as power producers. In recent years, there has been a lot of research done to broaden the use of MFCs as biosensors. Unlike electrical applications, MFC biosensors have a good chance of becoming practical tools in a variety of analytical applications. MFCs-based biosensors are gaining popularity in various fields due to their ease of application and long-term viability in quality monitoring of the environment. This chapter examines the most recent advancements in MFC-based biosensors in terms of their concepts, principles, design, operating mechanisms, power sources, power generation process, along with their scope and benefits. We also highlight biosensing applications in a variety of disciplines, with a focus on the detection of biochemical oxygen demand (BOD), toxicity, microbial activity, biocorrosion-causing microbial biofilms, volatile fatty acids, etc. A brief discussion of the problems and opportunities of MFC-based biosensors is also included." @default.
- W4312437400 created "2023-01-04" @default.
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- W4312437400 creator A5083556289 @default.
- W4312437400 creator A5087891779 @default.
- W4312437400 date "2022-01-01" @default.
- W4312437400 modified "2023-09-29" @default.
- W4312437400 title "Application of Microbial Fuel Cells as Biosensors" @default.
- W4312437400 cites W1454580165 @default.
- W4312437400 cites W1543136237 @default.
- W4312437400 cites W1559009590 @default.
- W4312437400 cites W1568732296 @default.
- W4312437400 cites W1931435203 @default.
- W4312437400 cites W1935349497 @default.
- W4312437400 cites W1965382957 @default.
- W4312437400 cites W1967025446 @default.
- W4312437400 cites W1970377394 @default.
- W4312437400 cites W1970518350 @default.
- W4312437400 cites W1970977789 @default.
- W4312437400 cites W1972906265 @default.
- W4312437400 cites W1973939084 @default.
- W4312437400 cites W1975276331 @default.
- W4312437400 cites W1976049448 @default.
- W4312437400 cites W1978396146 @default.
- W4312437400 cites W1978719749 @default.
- W4312437400 cites W1979627457 @default.
- W4312437400 cites W1985357912 @default.
- W4312437400 cites W1985812856 @default.
- W4312437400 cites W1989096746 @default.
- W4312437400 cites W1989919896 @default.
- W4312437400 cites W1990627925 @default.
- W4312437400 cites W1990741916 @default.
- W4312437400 cites W1991757102 @default.
- W4312437400 cites W1992910114 @default.
- W4312437400 cites W1994193521 @default.
- W4312437400 cites W1995807015 @default.
- W4312437400 cites W1996805765 @default.
- W4312437400 cites W1997215742 @default.
- W4312437400 cites W1997964443 @default.
- W4312437400 cites W1998256599 @default.
- W4312437400 cites W2001405664 @default.
- W4312437400 cites W2001579907 @default.
- W4312437400 cites W2002063268 @default.
- W4312437400 cites W2002538871 @default.
- W4312437400 cites W2003330052 @default.
- W4312437400 cites W2004553199 @default.
- W4312437400 cites W2006241011 @default.
- W4312437400 cites W2008674617 @default.
- W4312437400 cites W2008685270 @default.
- W4312437400 cites W2010117062 @default.
- W4312437400 cites W2010511082 @default.
- W4312437400 cites W2013319042 @default.
- W4312437400 cites W2013499599 @default.
- W4312437400 cites W2015888987 @default.
- W4312437400 cites W2017946050 @default.
- W4312437400 cites W2018512139 @default.
- W4312437400 cites W2019309555 @default.
- W4312437400 cites W2019649689 @default.
- W4312437400 cites W2025806774 @default.
- W4312437400 cites W2028001738 @default.
- W4312437400 cites W2028757903 @default.
- W4312437400 cites W2029155177 @default.
- W4312437400 cites W2029527240 @default.
- W4312437400 cites W2030405646 @default.
- W4312437400 cites W2037977783 @default.
- W4312437400 cites W2041139224 @default.
- W4312437400 cites W2042934951 @default.
- W4312437400 cites W2043607438 @default.
- W4312437400 cites W2043970764 @default.
- W4312437400 cites W2053090328 @default.
- W4312437400 cites W2053170655 @default.
- W4312437400 cites W2053452699 @default.
- W4312437400 cites W2054878923 @default.
- W4312437400 cites W2057484601 @default.
- W4312437400 cites W2058622259 @default.
- W4312437400 cites W2065411709 @default.
- W4312437400 cites W2066034587 @default.
- W4312437400 cites W2066739180 @default.
- W4312437400 cites W2067570269 @default.
- W4312437400 cites W2069389633 @default.
- W4312437400 cites W2069498054 @default.
- W4312437400 cites W2070322665 @default.
- W4312437400 cites W2071085532 @default.
- W4312437400 cites W2072687678 @default.
- W4312437400 cites W2079677934 @default.
- W4312437400 cites W2081717065 @default.
- W4312437400 cites W2082355463 @default.
- W4312437400 cites W2083895121 @default.
- W4312437400 cites W2084020870 @default.
- W4312437400 cites W2085021706 @default.
- W4312437400 cites W2085051130 @default.
- W4312437400 cites W2086750735 @default.
- W4312437400 cites W2090649060 @default.
- W4312437400 cites W2092697503 @default.
- W4312437400 cites W2095160097 @default.