Matches in SemOpenAlex for { <https://semopenalex.org/work/W2893758622> ?p ?o ?g. }
- W2893758622 abstract "Abstract Developing ultrasensitive chemical sensors with small scale and fast response through simple design and low‐cost fabrication is highly desired but still challenging. Herein, a simple and universal sensing platform based on a hydrogel interferometer with femtomol‐level sensitivity in detecting (bio)chemical molecules is demonstrated. A unique local concentrating effect (up to 10 9 folds) in the hydrogel induced by the strong analyte binding and large amount of ligands, combined with the signal amplification effect by optical interference, endows this platform with an ultrahigh sensitivity, specifically 10 −14 m for copper ions and 1.0 × 10 −11 mg mL −1 for glycoprotein with 2–4 order‐of‐magnitude enhancement. The specific chemical reactions between selected ligands and target analytes provide high selectivity in detecting complex fluids. This universal principle with broad chemistry, simple physics, and modular design allows for high performance in detecting wide customer choices of analytes, including metal ions and proteins. The scale of the sensor can be down to micrometer size. The nature of the soft gel makes this platform transparent, flexible, stretchable, and compatible with a variety of substrates, showing high sensing stability and robustness after 200 cycles of bending or stretching. The outstanding sensing performance grants this platform great promise in broad practical applications." @default.
- W2893758622 created "2018-10-05" @default.
- W2893758622 creator A5004334120 @default.
- W2893758622 creator A5005162492 @default.
- W2893758622 creator A5014986626 @default.
- W2893758622 creator A5022279219 @default.
- W2893758622 creator A5029472909 @default.
- W2893758622 creator A5041875443 @default.
- W2893758622 creator A5048770043 @default.
- W2893758622 date "2018-09-25" @default.
- W2893758622 modified "2023-10-15" @default.
- W2893758622 title "Hydrogel Interferometry for Ultrasensitive and Highly Selective Chemical Detection" @default.
- W2893758622 cites W1763729712 @default.
- W2893758622 cites W1967437751 @default.
- W2893758622 cites W1984964216 @default.
- W2893758622 cites W1987928326 @default.
- W2893758622 cites W1989106403 @default.
- W2893758622 cites W1992076170 @default.
- W2893758622 cites W1995151567 @default.
- W2893758622 cites W1995713813 @default.
- W2893758622 cites W2013976474 @default.
- W2893758622 cites W2019679917 @default.
- W2893758622 cites W2023282503 @default.
- W2893758622 cites W2025615392 @default.
- W2893758622 cites W2033896060 @default.
- W2893758622 cites W2036365716 @default.
- W2893758622 cites W2047049969 @default.
- W2893758622 cites W2060571333 @default.
- W2893758622 cites W2060577038 @default.
- W2893758622 cites W2063934271 @default.
- W2893758622 cites W2074755013 @default.
- W2893758622 cites W2075608977 @default.
- W2893758622 cites W2076333927 @default.
- W2893758622 cites W2083801479 @default.
- W2893758622 cites W2086613330 @default.
- W2893758622 cites W2089847539 @default.
- W2893758622 cites W2091155594 @default.
- W2893758622 cites W2092860016 @default.
- W2893758622 cites W2101942336 @default.
- W2893758622 cites W2102517120 @default.
- W2893758622 cites W2102660162 @default.
- W2893758622 cites W2108727081 @default.
- W2893758622 cites W2124518459 @default.
- W2893758622 cites W2126066255 @default.
- W2893758622 cites W2127092337 @default.
- W2893758622 cites W2132748744 @default.
- W2893758622 cites W2143190548 @default.
- W2893758622 cites W2159618321 @default.
- W2893758622 cites W2164516013 @default.
- W2893758622 cites W2190577259 @default.
- W2893758622 cites W2327508178 @default.
- W2893758622 cites W2335591267 @default.
- W2893758622 cites W2346031875 @default.
- W2893758622 cites W2408526076 @default.
- W2893758622 cites W2410056913 @default.
- W2893758622 cites W2514793173 @default.
- W2893758622 cites W2528197195 @default.
- W2893758622 cites W2537898424 @default.
- W2893758622 cites W2575293414 @default.
- W2893758622 cites W2586120562 @default.
- W2893758622 cites W2603715591 @default.
- W2893758622 cites W2734359433 @default.
- W2893758622 cites W2735123720 @default.
- W2893758622 cites W2741609037 @default.
- W2893758622 cites W2748668406 @default.
- W2893758622 cites W2758077519 @default.
- W2893758622 cites W2773143509 @default.
- W2893758622 cites W2779079615 @default.
- W2893758622 cites W2784087560 @default.
- W2893758622 cites W2787809472 @default.
- W2893758622 cites W2788624561 @default.
- W2893758622 cites W2789807817 @default.
- W2893758622 cites W2791269370 @default.
- W2893758622 cites W2794829294 @default.
- W2893758622 cites W2799737397 @default.
- W2893758622 cites W2800594651 @default.
- W2893758622 cites W2807384785 @default.
- W2893758622 cites W4211108898 @default.
- W2893758622 cites W4241320250 @default.
- W2893758622 doi "https://doi.org/10.1002/adma.201804916" @default.
- W2893758622 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30252962" @default.
- W2893758622 hasPublicationYear "2018" @default.
- W2893758622 type Work @default.
- W2893758622 sameAs 2893758622 @default.
- W2893758622 citedByCount "78" @default.
- W2893758622 countsByYear W28937586222018 @default.
- W2893758622 countsByYear W28937586222019 @default.
- W2893758622 countsByYear W28937586222020 @default.
- W2893758622 countsByYear W28937586222021 @default.
- W2893758622 countsByYear W28937586222022 @default.
- W2893758622 countsByYear W28937586222023 @default.
- W2893758622 crossrefType "journal-article" @default.
- W2893758622 hasAuthorship W2893758622A5004334120 @default.
- W2893758622 hasAuthorship W2893758622A5005162492 @default.
- W2893758622 hasAuthorship W2893758622A5014986626 @default.
- W2893758622 hasAuthorship W2893758622A5022279219 @default.
- W2893758622 hasAuthorship W2893758622A5029472909 @default.
- W2893758622 hasAuthorship W2893758622A5041875443 @default.
- W2893758622 hasAuthorship W2893758622A5048770043 @default.
- W2893758622 hasBestOaLocation W28937586222 @default.