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- W2020308814 abstract "It has long been the goal of researchers to develop fast and reliable point-of-care alternatives to existing lab-based tests. A viable point-of-care biosensor is fast, reliable, simple, cost-effective, and detects low concentrations of the target analyte. The target of biosensors is biological such as bacteria or virus and as such, the antibody-antigen bond derived from the real immune response is used. Biosensor applications include lab-based tests for the purposes of diagnostics, drug discovery, and research. Additional applications include environmental, food, and agricultural monitoring. The main merits of the bond-rupture method are quick, simple, and capable of discriminating between specific and non-specific interactions. The separation of specific and non-specific bonds is important for working in real-life complex serums such as blood. The bond-rupture technique can provide both qualitative results, the detection of a target, and quantitative results, the concentration of target. Bond-rupture achieves this by a label-free method requiring no pre-processing of the analyte. A piezoelectric transducer such as the quartz crystal microbalance (QCM) shakes the bound particles free from the surface. Other transducers such as Surface Acoustic Wave (SAW) are also considered. The rupture of the bonds is detected as electronic noise. This review article links diverse research areas to build a picture of a field still in development." @default.
- W2020308814 created "2016-06-24" @default.
- W2020308814 creator A5046699167 @default.
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- W2020308814 date "2008-07-01" @default.
- W2020308814 modified "2023-10-09" @default.
- W2020308814 title "Bond-rupture immunosensors—A review" @default.
- W2020308814 cites W1485882711 @default.
- W2020308814 cites W1970360530 @default.
- W2020308814 cites W1972091231 @default.
- W2020308814 cites W1972458952 @default.
- W2020308814 cites W1974080620 @default.
- W2020308814 cites W1975042472 @default.
- W2020308814 cites W1975434461 @default.
- W2020308814 cites W1975602055 @default.
- W2020308814 cites W1975728152 @default.
- W2020308814 cites W1977146616 @default.
- W2020308814 cites W1982413694 @default.
- W2020308814 cites W1985399886 @default.
- W2020308814 cites W1990328241 @default.
- W2020308814 cites W1990752185 @default.
- W2020308814 cites W1990916266 @default.
- W2020308814 cites W1991832936 @default.
- W2020308814 cites W1995542132 @default.
- W2020308814 cites W1995823975 @default.
- W2020308814 cites W1995999687 @default.
- W2020308814 cites W1997686479 @default.
- W2020308814 cites W1998939847 @default.
- W2020308814 cites W2003240840 @default.
- W2020308814 cites W2005149945 @default.
- W2020308814 cites W2006838113 @default.
- W2020308814 cites W2008360463 @default.
- W2020308814 cites W2008415358 @default.
- W2020308814 cites W2008557078 @default.
- W2020308814 cites W2010313989 @default.
- W2020308814 cites W2012217230 @default.
- W2020308814 cites W2014943709 @default.
- W2020308814 cites W2017244573 @default.
- W2020308814 cites W2019009866 @default.
- W2020308814 cites W2019877102 @default.
- W2020308814 cites W2021869084 @default.
- W2020308814 cites W2023920223 @default.
- W2020308814 cites W2024852868 @default.
- W2020308814 cites W2027129281 @default.
- W2020308814 cites W2037170319 @default.
- W2020308814 cites W2047060525 @default.
- W2020308814 cites W2054430113 @default.
- W2020308814 cites W2055744025 @default.
- W2020308814 cites W2057661154 @default.
- W2020308814 cites W2058794895 @default.
- W2020308814 cites W2059338946 @default.
- W2020308814 cites W2064792292 @default.
- W2020308814 cites W2069636374 @default.
- W2020308814 cites W2074711538 @default.
- W2020308814 cites W2080678112 @default.
- W2020308814 cites W2082967289 @default.
- W2020308814 cites W2087836823 @default.
- W2020308814 cites W2091972181 @default.
- W2020308814 cites W2092144432 @default.
- W2020308814 cites W2095372567 @default.
- W2020308814 cites W2098382331 @default.
- W2020308814 cites W2106164443 @default.
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- W2020308814 cites W2117393381 @default.
- W2020308814 cites W2117880227 @default.
- W2020308814 cites W2120356809 @default.
- W2020308814 cites W2124302653 @default.
- W2020308814 cites W2125142513 @default.
- W2020308814 cites W2125813323 @default.
- W2020308814 cites W2143727927 @default.
- W2020308814 cites W2145186039 @default.
- W2020308814 cites W2149869354 @default.
- W2020308814 cites W2150294696 @default.
- W2020308814 cites W2154635827 @default.
- W2020308814 cites W2159658600 @default.
- W2020308814 cites W2177844590 @default.
- W2020308814 cites W2178054941 @default.
- W2020308814 cites W2599199563 @default.
- W2020308814 cites W2745627398 @default.
- W2020308814 cites W2988624039 @default.
- W2020308814 cites W4240476966 @default.
- W2020308814 cites W4241225489 @default.
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- W2020308814 doi "https://doi.org/10.1016/j.bios.2008.02.002" @default.
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