FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2507314265> ?p ?o ?g. }

• W2507314265 endingPage "6257" @default.
• W2507314265 startingPage "6249" @default.
• W2507314265 abstract "The development of superb visible-light-excited charge separation photoactive materials is of great significance for the establishment of biosensing platforms with excellent photoelectrochemical (PEC) performance. In this paper, we synthesized novel nanomaterials composed of titanium dioxide (TiO2) nanoparticles and nitrogen-doped graphene (NG) by a facile one-pot thermal treatment method. Compared with pure TiO2, the as-prepared TiO2/NG displayed enhanced PEC performances ascribed to the introduction of NG, which effectively restrains the recombination of photoinduced electron-hole pairs, improves charge transfer, and extends photoresponse to visible light. Meanwhile, a novel PEC aptasensor was established for sensitive and selective detection of bisphenol A (BPA) with the assistance of BPA aptamer. In particular, femtomolar sensitivity of such a BPA PEC aptasensor can be achieved owing to the introduction of NG. Moreover, the proposed PEC aptasensor displayed a wide linear range from 1 fM to 10 nM and low detection limits of 0.3 fM. The biosensing platform has the features of fast operation, low cost, and good stability, which indicate that the as-prepared PEC sensor has great potential for applications in food monitoring and analysis." @default.
• W2507314265 created "2016-09-16" @default.
• W2507314265 creator A5000510528 @default.
• W2507314265 creator A5002032674 @default.
• W2507314265 creator A5026270177 @default.
• W2507314265 creator A5030691366 @default.
• W2507314265 creator A5042233889 @default.
• W2507314265 creator A5052462507 @default.
• W2507314265 creator A5084170212 @default.
• W2507314265 creator A5087497615 @default.
• W2507314265 date "2016-01-01" @default.
• W2507314265 modified "2023-10-13" @default.
• W2507314265 title "Femtomolar sensitivity of bisphenol A photoelectrochemical aptasensor induced by visible light-driven TiO₂ nanoparticle-decorated nitrogen-doped graphene" @default.
• W2507314265 cites W1045470220 @default.
• W2507314265 cites W1170431378 @default.
• W2507314265 cites W1446788035 @default.
• W2507314265 cites W1479537770 @default.
• W2507314265 cites W1967079541 @default.
• W2507314265 cites W1967211742 @default.
• W2507314265 cites W1977410312 @default.
• W2507314265 cites W1986007209 @default.
• W2507314265 cites W1986375307 @default.
• W2507314265 cites W1988508263 @default.
• W2507314265 cites W1990997609 @default.
• W2507314265 cites W1994960326 @default.
• W2507314265 cites W1995227621 @default.
• W2507314265 cites W1995546788 @default.
• W2507314265 cites W2000866797 @default.
• W2507314265 cites W2001621703 @default.
• W2507314265 cites W2009534744 @default.
• W2507314265 cites W2015003154 @default.
• W2507314265 cites W2018327646 @default.
• W2507314265 cites W2021113495 @default.
• W2507314265 cites W2022753142 @default.
• W2507314265 cites W2028488969 @default.
• W2507314265 cites W2029055957 @default.
• W2507314265 cites W2034923131 @default.
• W2507314265 cites W2036114216 @default.
• W2507314265 cites W2041078682 @default.
• W2507314265 cites W2045725489 @default.
• W2507314265 cites W2047966811 @default.
• W2507314265 cites W2057467137 @default.
• W2507314265 cites W2068845033 @default.
• W2507314265 cites W2073590485 @default.
• W2507314265 cites W2074257748 @default.
• W2507314265 cites W2081684092 @default.
• W2507314265 cites W2083231852 @default.
• W2507314265 cites W2084538907 @default.
• W2507314265 cites W2087439663 @default.
• W2507314265 cites W2104354471 @default.
• W2507314265 cites W2122805863 @default.
• W2507314265 cites W2123327465 @default.
• W2507314265 cites W2125027354 @default.
• W2507314265 cites W2131744028 @default.
• W2507314265 cites W2145747203 @default.
• W2507314265 cites W214589729 @default.
• W2507314265 cites W2151654476 @default.
• W2507314265 cites W2155375240 @default.
• W2507314265 cites W2166870085 @default.
• W2507314265 cites W2250431642 @default.
• W2507314265 cites W2266446649 @default.
• W2507314265 cites W2287005981 @default.
• W2507314265 cites W2312755719 @default.
• W2507314265 cites W2313679529 @default.
• W2507314265 cites W2313805783 @default.
• W2507314265 cites W2316280751 @default.
• W2507314265 cites W2316306466 @default.
• W2507314265 cites W2320127406 @default.
• W2507314265 cites W2320263721 @default.
• W2507314265 cites W2320433829 @default.
• W2507314265 cites W2327158420 @default.
• W2507314265 cites W2329250743 @default.
• W2507314265 cites W2330967235 @default.
• W2507314265 cites W2331473310 @default.
• W2507314265 cites W2338462085 @default.
• W2507314265 cites W2469946187 @default.
• W2507314265 cites W747301572 @default.
• W2507314265 cites W939961355 @default.
• W2507314265 doi "https://doi.org/10.1039/c6tb01414c" @default.
• W2507314265 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32263637" @default.
• W2507314265 hasPublicationYear "2016" @default.
• W2507314265 type Work @default.
• W2507314265 sameAs 2507314265 @default.
• W2507314265 citedByCount "22" @default.
• W2507314265 countsByYear W25073142652017 @default.
• W2507314265 countsByYear W25073142652018 @default.
• W2507314265 countsByYear W25073142652019 @default.
• W2507314265 countsByYear W25073142652020 @default.
• W2507314265 countsByYear W25073142652021 @default.
• W2507314265 countsByYear W25073142652022 @default.
• W2507314265 countsByYear W25073142652023 @default.
• W2507314265 crossrefType "journal-article" @default.
• W2507314265 hasAuthorship W2507314265A5000510528 @default.
• W2507314265 hasAuthorship W2507314265A5002032674 @default.
• W2507314265 hasAuthorship W2507314265A5026270177 @default.
• W2507314265 hasAuthorship W2507314265A5030691366 @default.
• W2507314265 hasAuthorship W2507314265A5042233889 @default.
• W2507314265 hasAuthorship W2507314265A5052462507 @default.

• next