Matches in SemOpenAlex for { <https://semopenalex.org/work/W2091258797> ?p ?o ?g. }
- W2091258797 endingPage "203" @default.
- W2091258797 startingPage "197" @default.
- W2091258797 abstract "The marriage of metal-organic frameworks (MOFs) and electrochemiluminescence (ECL) can combine their merits together. Designing ECL-active MOF with a high electron transfer capacity and high stability is critical for ECL emission. Here we reported the ECL from a redox-active MOF prepared from {Ru[4,4′-(HO2C)2-bpy]2bpy}2+ and Zn2+; a property of MOFs has not been reported previously. The MOF structure is independent of its charge and is therefore stable electrochemically. The redox-activity and well-ordered porous structure of the MOF were confirmed by its electrochemical properties and ECL emission. The high ECL emission indicated the ease of electron transfer between the MOF and co-reactants. Furthermore, the MOF exhibited permselectivity, charge selectivity, and catalytic selectivity along with a stable and concentration-dependent ECL emission toward co-reactants. ECL mechanism was proposed based on the results. The detection and recovery of cocaine in the serum sample was used to validate the feasibility of MOF- based ECL system. The information obtained in this study provides a better understanding of the redox properties of MOFs and their potential electrochemical applications." @default.
- W2091258797 created "2016-06-24" @default.
- W2091258797 creator A5012198192 @default.
- W2091258797 creator A5032656306 @default.
- W2091258797 creator A5060842938 @default.
- W2091258797 creator A5082753835 @default.
- W2091258797 date "2015-06-01" @default.
- W2091258797 modified "2023-10-15" @default.
- W2091258797 title "Electrochemistry and electrochemiluminescence from a redox-active metal-organic framework" @default.
- W2091258797 cites W1965129102 @default.
- W2091258797 cites W1965547144 @default.
- W2091258797 cites W1965763683 @default.
- W2091258797 cites W1969324795 @default.
- W2091258797 cites W1973868098 @default.
- W2091258797 cites W1975863306 @default.
- W2091258797 cites W1976787731 @default.
- W2091258797 cites W1977080491 @default.
- W2091258797 cites W1979064044 @default.
- W2091258797 cites W1979113087 @default.
- W2091258797 cites W1981912868 @default.
- W2091258797 cites W1999908724 @default.
- W2091258797 cites W2002799357 @default.
- W2091258797 cites W2005937212 @default.
- W2091258797 cites W2008262280 @default.
- W2091258797 cites W2011018859 @default.
- W2091258797 cites W2013080921 @default.
- W2091258797 cites W2014562079 @default.
- W2091258797 cites W2017886847 @default.
- W2091258797 cites W2020728221 @default.
- W2091258797 cites W2026827341 @default.
- W2091258797 cites W2031038667 @default.
- W2091258797 cites W2031407064 @default.
- W2091258797 cites W2032830241 @default.
- W2091258797 cites W2038121135 @default.
- W2091258797 cites W2039760586 @default.
- W2091258797 cites W2040995684 @default.
- W2091258797 cites W2041199417 @default.
- W2091258797 cites W2042397184 @default.
- W2091258797 cites W2042524528 @default.
- W2091258797 cites W2042554744 @default.
- W2091258797 cites W2045459713 @default.
- W2091258797 cites W2050082602 @default.
- W2091258797 cites W2055738478 @default.
- W2091258797 cites W2056913972 @default.
- W2091258797 cites W2059489877 @default.
- W2091258797 cites W2066063894 @default.
- W2091258797 cites W2066991705 @default.
- W2091258797 cites W2071870342 @default.
- W2091258797 cites W2075356879 @default.
- W2091258797 cites W2076813061 @default.
- W2091258797 cites W2077568952 @default.
- W2091258797 cites W2087661789 @default.
- W2091258797 cites W2089869696 @default.
- W2091258797 cites W2095123472 @default.
- W2091258797 cites W2096328744 @default.
- W2091258797 cites W2096345901 @default.
- W2091258797 cites W2099486431 @default.
- W2091258797 cites W2107991409 @default.
- W2091258797 cites W2110391913 @default.
- W2091258797 cites W2117118335 @default.
- W2091258797 cites W2117150409 @default.
- W2091258797 cites W2121967503 @default.
- W2091258797 cites W2123063444 @default.
- W2091258797 cites W2136855615 @default.
- W2091258797 cites W2142491192 @default.
- W2091258797 cites W2166212599 @default.
- W2091258797 cites W2168247720 @default.
- W2091258797 cites W2312952118 @default.
- W2091258797 cites W2313802541 @default.
- W2091258797 cites W2317598425 @default.
- W2091258797 cites W2324064238 @default.
- W2091258797 cites W2327625952 @default.
- W2091258797 cites W2331005312 @default.
- W2091258797 cites W2331392563 @default.
- W2091258797 cites W2335010051 @default.
- W2091258797 cites W4232565521 @default.
- W2091258797 cites W4236780543 @default.
- W2091258797 cites W4239626146 @default.
- W2091258797 cites W4242054862 @default.
- W2091258797 cites W4248301073 @default.
- W2091258797 cites W4252536392 @default.
- W2091258797 cites W4383996819 @default.
- W2091258797 cites W4385795638 @default.
- W2091258797 doi "https://doi.org/10.1016/j.bios.2014.12.031" @default.
- W2091258797 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25569877" @default.
- W2091258797 hasPublicationYear "2015" @default.
- W2091258797 type Work @default.
- W2091258797 sameAs 2091258797 @default.
- W2091258797 citedByCount "69" @default.
- W2091258797 countsByYear W20912587972015 @default.
- W2091258797 countsByYear W20912587972016 @default.
- W2091258797 countsByYear W20912587972017 @default.
- W2091258797 countsByYear W20912587972018 @default.
- W2091258797 countsByYear W20912587972019 @default.
- W2091258797 countsByYear W20912587972020 @default.
- W2091258797 countsByYear W20912587972021 @default.
- W2091258797 countsByYear W20912587972022 @default.
- W2091258797 countsByYear W20912587972023 @default.