Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912932887> ?p ?o ?g. }
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- W2912932887 abstract "Living cells have evolved to sense various environmental stimuli, thus presenting a novel platform to engineer bio-sensing devices. Owing to the ease of genetic modification and preservation, microorganisms have gained a special place as ideal host candidates. Moreover, microbial-derived biosensors are easy to use, inexpensive, compact, and portable. The unique structural and functional features rendering them exceptionally suitable for detection and monitoring of an array of environmentally-related pollutants. The manipulation of regulatory genes could upgrade a range of characteristic features of a biosensor such as sensitivity, selectivity and, target range. Contemporary uses of such genetically-microbe-based biosensors led to the fabrication of biosensors with unprecedented potentialities for monitoring environmental pollution. Herein, we reviewed the current advances in microbial-derived biosensors for monitoring environmentally-related contaminants. A particular emphasis is given to the improvement of genetically-engineered microbial biosensors and their application for environmental pollutants monitoring with up-to-date examples. Critical challenges including technical and societal are also highlighted to decipher the true perspective of microbial-derived biosensors for their widespread adoption and exploitation. Towards the end, the work is wrapped up with concluding remarks and future viewpoints to highlight the value of the microbial-derived biosensors, which could detect various pollutants or toxic compounds from a broader spectrum in the real-time, rapid and unique way with high sensitivity, and outstanding selectivity." @default.
- W2912932887 created "2019-02-21" @default.
- W2912932887 creator A5043578051 @default.
- W2912932887 creator A5075426877 @default.
- W2912932887 date "2019-04-01" @default.
- W2912932887 modified "2023-10-15" @default.
- W2912932887 title "Microbial-derived biosensors for monitoring environmental contaminants: Recent advances and future outlook" @default.
- W2912932887 cites W1527045998 @default.
- W2912932887 cites W1598023821 @default.
- W2912932887 cites W1601862193 @default.
- W2912932887 cites W1965205049 @default.
- W2912932887 cites W1965382957 @default.
- W2912932887 cites W1969433141 @default.
- W2912932887 cites W1972146118 @default.
- W2912932887 cites W1975412955 @default.
- W2912932887 cites W1984185727 @default.
- W2912932887 cites W1988201970 @default.
- W2912932887 cites W1991007951 @default.
- W2912932887 cites W1992033675 @default.
- W2912932887 cites W1992396547 @default.
- W2912932887 cites W1993068449 @default.
- W2912932887 cites W1993893025 @default.
- W2912932887 cites W1995339327 @default.
- W2912932887 cites W2007839376 @default.
- W2912932887 cites W2009204231 @default.
- W2912932887 cites W2017359768 @default.
- W2912932887 cites W2021050892 @default.
- W2912932887 cites W2024163403 @default.
- W2912932887 cites W2025001039 @default.
- W2912932887 cites W2027961444 @default.
- W2912932887 cites W2030319745 @default.
- W2912932887 cites W2033746983 @default.
- W2912932887 cites W2039044257 @default.
- W2912932887 cites W2042046484 @default.
- W2912932887 cites W2062147399 @default.
- W2912932887 cites W2065633750 @default.
- W2912932887 cites W2066986801 @default.
- W2912932887 cites W2067570269 @default.
- W2912932887 cites W2070335463 @default.
- W2912932887 cites W2072076138 @default.
- W2912932887 cites W2073812166 @default.
- W2912932887 cites W2074223372 @default.
- W2912932887 cites W2078735798 @default.
- W2912932887 cites W2082134591 @default.
- W2912932887 cites W2084312697 @default.
- W2912932887 cites W2092022357 @default.
- W2912932887 cites W2094535327 @default.
- W2912932887 cites W2113799021 @default.
- W2912932887 cites W2115370342 @default.
- W2912932887 cites W2115914540 @default.
- W2912932887 cites W2116620960 @default.
- W2912932887 cites W2123889390 @default.
- W2912932887 cites W2126392252 @default.
- W2912932887 cites W2127068865 @default.
- W2912932887 cites W2129453664 @default.
- W2912932887 cites W2133145868 @default.
- W2912932887 cites W2138468193 @default.
- W2912932887 cites W2138778752 @default.
- W2912932887 cites W2144579926 @default.
- W2912932887 cites W2148422669 @default.
- W2912932887 cites W2149981735 @default.
- W2912932887 cites W2154992586 @default.
- W2912932887 cites W2159895759 @default.
- W2912932887 cites W2161638902 @default.
- W2912932887 cites W2163543182 @default.
- W2912932887 cites W2189084452 @default.
- W2912932887 cites W2317153111 @default.
- W2912932887 cites W2319167318 @default.
- W2912932887 cites W2346028445 @default.
- W2912932887 cites W2468620764 @default.
- W2912932887 cites W2531156685 @default.
- W2912932887 cites W2543112537 @default.
- W2912932887 cites W2562863438 @default.
- W2912932887 cites W2572468320 @default.
- W2912932887 cites W2585219775 @default.
- W2912932887 cites W2591039955 @default.
- W2912932887 cites W2606915822 @default.
- W2912932887 cites W2624511782 @default.
- W2912932887 cites W2735449683 @default.
- W2912932887 cites W2744068831 @default.
- W2912932887 cites W2744366173 @default.
- W2912932887 cites W2755080779 @default.
- W2912932887 cites W2756687906 @default.
- W2912932887 cites W2757685558 @default.
- W2912932887 cites W2762513608 @default.
- W2912932887 cites W2762660161 @default.
- W2912932887 cites W2765868087 @default.
- W2912932887 cites W2769457226 @default.
- W2912932887 cites W2771806465 @default.
- W2912932887 cites W2789761631 @default.
- W2912932887 cites W2790500001 @default.
- W2912932887 cites W2790507788 @default.
- W2912932887 cites W2790521210 @default.
- W2912932887 cites W2791714112 @default.
- W2912932887 cites W2807185365 @default.
- W2912932887 cites W2810046994 @default.
- W2912932887 cites W2885527997 @default.
- W2912932887 cites W2902572925 @default.