Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366393709> ?p ?o ?g. }
- W4366393709 endingPage "5221" @default.
- W4366393709 startingPage "5208" @default.
- W4366393709 abstract "Abstract Technological developments in recent years have witnessed a paradigm shift towards lab‐on‐chip devices for various diagnostic applications. Lab‐on‐chip technology integrates several functions typically performed in a large‐scale analytical laboratory on a small‐scale platform. These devices are more than the miniaturized versions of conventional analytical and diagnostic techniques. The advances in fabrication techniques, material sciences, surface modification strategies, and their integration with microfluidics and chemical and biological‐based detection mechanisms have enormously enhanced the capabilities of these devices. The minuscule sample and reagent requirements, capillary‐driven pump‐free flows, faster transport phenomena, and ease of integration with various signal readout mechanisms make these platforms apt for use in resource‐limited settings, especially in developing and underdeveloped parts of the world. The microfluidic lab‐on‐a‐chip technology offers a promising approach to developing cost‐effective and sustainable point‐of‐care testing applications. Numerous merits of this technology have attracted the attention of researchers to develop low‐cost and rapid diagnostic platforms in human healthcare, veterinary medicine, food quality testing, and environmental monitoring. However, one of the major challenges associated with these devices is their limited sensitivity or the limit of detection. The use of functional nanomaterials in lab‐on‐chip microfluidic devices can improve the limit of detection by enhancing the signal‐to‐noise ratio, increasing the capture efficiency, and providing capabilities for devising novel detection schemes. This review presents an overview of state‐of‐the‐art techniques for integrating functional nanomaterials with microfluidic devices and discusses the potential applications of these devices in various fields." @default.
- W4366393709 created "2023-04-21" @default.
- W4366393709 creator A5001570914 @default.
- W4366393709 creator A5046810768 @default.
- W4366393709 creator A5048419584 @default.
- W4366393709 date "2023-04-18" @default.
- W4366393709 modified "2023-10-01" @default.
- W4366393709 title "Enhancement in the limit of detection of lab‐on‐chip microfluidic devices using functional nanomaterials" @default.
- W4366393709 cites W1966621930 @default.
- W4366393709 cites W1968060621 @default.
- W4366393709 cites W1984860853 @default.
- W4366393709 cites W1985584090 @default.
- W4366393709 cites W1987189499 @default.
- W4366393709 cites W1994538470 @default.
- W4366393709 cites W1996435393 @default.
- W4366393709 cites W2012593281 @default.
- W4366393709 cites W2035159723 @default.
- W4366393709 cites W2048486131 @default.
- W4366393709 cites W2050238814 @default.
- W4366393709 cites W2061120454 @default.
- W4366393709 cites W2065115894 @default.
- W4366393709 cites W2066674889 @default.
- W4366393709 cites W2069542174 @default.
- W4366393709 cites W2076628189 @default.
- W4366393709 cites W2086040987 @default.
- W4366393709 cites W2092515025 @default.
- W4366393709 cites W2092956869 @default.
- W4366393709 cites W2093359857 @default.
- W4366393709 cites W2100910686 @default.
- W4366393709 cites W2102273014 @default.
- W4366393709 cites W2104169860 @default.
- W4366393709 cites W2113558416 @default.
- W4366393709 cites W2117608892 @default.
- W4366393709 cites W2120514693 @default.
- W4366393709 cites W2121965479 @default.
- W4366393709 cites W2126376404 @default.
- W4366393709 cites W2166585449 @default.
- W4366393709 cites W2198889489 @default.
- W4366393709 cites W2201693231 @default.
- W4366393709 cites W2232283618 @default.
- W4366393709 cites W2263234718 @default.
- W4366393709 cites W2283141163 @default.
- W4366393709 cites W2296225609 @default.
- W4366393709 cites W2329810283 @default.
- W4366393709 cites W2331881304 @default.
- W4366393709 cites W2334966290 @default.
- W4366393709 cites W2412058870 @default.
- W4366393709 cites W2493629413 @default.
- W4366393709 cites W2530736023 @default.
- W4366393709 cites W2577625084 @default.
- W4366393709 cites W2589891587 @default.
- W4366393709 cites W2606502532 @default.
- W4366393709 cites W2607060375 @default.
- W4366393709 cites W2608617863 @default.
- W4366393709 cites W2612365971 @default.
- W4366393709 cites W2733919232 @default.
- W4366393709 cites W2773898323 @default.
- W4366393709 cites W2792910804 @default.
- W4366393709 cites W2795980196 @default.
- W4366393709 cites W2884532683 @default.
- W4366393709 cites W2987045039 @default.
- W4366393709 cites W2989817707 @default.
- W4366393709 cites W3007168975 @default.
- W4366393709 cites W3018760278 @default.
- W4366393709 cites W3036828239 @default.
- W4366393709 cites W3090455093 @default.
- W4366393709 cites W3097232011 @default.
- W4366393709 cites W3106594675 @default.
- W4366393709 cites W3124192563 @default.
- W4366393709 cites W3125881144 @default.
- W4366393709 cites W3126951392 @default.
- W4366393709 cites W3129193896 @default.
- W4366393709 cites W3158611137 @default.
- W4366393709 cites W3170545736 @default.
- W4366393709 cites W3194917816 @default.
- W4366393709 cites W3206410831 @default.
- W4366393709 cites W3216076103 @default.
- W4366393709 cites W338663261 @default.
- W4366393709 cites W4223552530 @default.
- W4366393709 cites W4281673522 @default.
- W4366393709 cites W4289946128 @default.
- W4366393709 cites W4312082766 @default.
- W4366393709 cites W4312083033 @default.
- W4366393709 cites W4313547346 @default.
- W4366393709 cites W4318065773 @default.
- W4366393709 cites W4318825433 @default.
- W4366393709 doi "https://doi.org/10.1002/cjce.24915" @default.
- W4366393709 hasPublicationYear "2023" @default.
- W4366393709 type Work @default.
- W4366393709 citedByCount "4" @default.
- W4366393709 countsByYear W43663937092023 @default.
- W4366393709 crossrefType "journal-article" @default.
- W4366393709 hasAuthorship W4366393709A5001570914 @default.
- W4366393709 hasAuthorship W4366393709A5046810768 @default.
- W4366393709 hasAuthorship W4366393709A5048419584 @default.
- W4366393709 hasConcept C127413603 @default.
- W4366393709 hasConcept C138942068 @default.
- W4366393709 hasConcept C141290920 @default.