2014
DOI: 10.12737/5476
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Biosensors: Design, Classification, and Applications in the Food Industry

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Cited by 57 publications
(26 citation statements)
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“…Electrochemical sensing, by virtue of its rapid response, ease of use, lowcost, portability, reliability, good sensitivity, and excellent selectivity, is one of the promising and widely accepted technique for glucose sensing12151617. Recognition element, electrochemical transducer and a signal processing unit for the recording, amplification and user-friendly data representation are the three major components of an electrochemical biosensor1819. Recognition element, the primary component of a biosensor, allows the sensor to respond selectively to one particular analyte from among a large number of other substances.…”
mentioning
confidence: 99%
“…Electrochemical sensing, by virtue of its rapid response, ease of use, lowcost, portability, reliability, good sensitivity, and excellent selectivity, is one of the promising and widely accepted technique for glucose sensing12151617. Recognition element, electrochemical transducer and a signal processing unit for the recording, amplification and user-friendly data representation are the three major components of an electrochemical biosensor1819. Recognition element, the primary component of a biosensor, allows the sensor to respond selectively to one particular analyte from among a large number of other substances.…”
mentioning
confidence: 99%
“…Doskonałym rozwiązaniem wydają się być biosensory, które powszechnie stosowane są w ochronie środowiska [1][2][3], medycynie [4][5][6] przemyśle spożywczym [7][8][9] lub przemyśle obronnym. W całej rodzinie biosensorów można wyróżnić mikrobiologiczne biosensory bazujące na zjawisku luminescencji, które ze względu na ich dobrą czułość, szybką reakcję na zanieczyszczenie oraz szerokie spektrum temperatury i zakres pH, w których mogą pracować, są coraz częściej stosowane.…”
Section: Wprowadzenieunclassified
“…Single enzyme-based and multi-enzyme-based biosensor systems are developed and successfully applied in food processing for monitoring food quality and safety. 30,31,[42][43][44] In this review, we have summarised and discussed the recent development of enzyme-based amperometric biosensors for glucose and lactate and their applications in food industry. Finally, future trends in amperometric biosensor development are briefly discussed.…”
Section: Introductionmentioning
confidence: 99%