Matches in SemOpenAlex for { <https://semopenalex.org/work/W2074377462> ?p ?o ?g. }
- W2074377462 endingPage "2071" @default.
- W2074377462 startingPage "2063" @default.
- W2074377462 abstract "Supramolecular organized multilayers were constructed by multiwalled carbon nanotubes modified with ferrocene-derivatized poly(allylamine) redox polymer and glucose oxidase by electrostatic self-assembly. From the analysis of voltammetric signals and fluorescence results, a linear increment of the coverage of enzyme per bilayer was estimated, which demonstrated that the multilayer is constructed in a spatially ordered manner. The cyclic voltammograms obtained from the indium tin oxide (ITO) electrodes coated by the (Fc-PAH@CNT/GOx)n multilayers revealed that bioelectrocatalytic response is directly correlated to the number of deposited bilayers; that is, the sensitivity is tunable by controlling the number of bilayers associated with ITO electrodes. The incorporation of redox-polymer-functionalized carbon nanotubes (CNT) into enzyme films resulted in a 6-10-fold increase in the glucose electrocatalytic current; the bimolecular rate constant of FADH2 oxidation (wiring efficiency) was increased up to 12-fold. Impedance spectroscopy data have yielded the electron diffusion coefficient (De) of this nanostructure to be over 10(-8) cm2 s(-1), which is typically higher than those systems without CNT by at least a factor of 10, indicating that electron transport in the new supramolecular architecture was enhanced by communication of the redox active site of enzyme, redox polymer, and CNT." @default.
- W2074377462 created "2016-06-24" @default.
- W2074377462 creator A5014360756 @default.
- W2074377462 creator A5030162197 @default.
- W2074377462 creator A5035071724 @default.
- W2074377462 creator A5035360447 @default.
- W2074377462 creator A5055413760 @default.
- W2074377462 creator A5066425442 @default.
- W2074377462 creator A5066525634 @default.
- W2074377462 creator A5080792603 @default.
- W2074377462 date "2007-06-12" @default.
- W2074377462 modified "2023-10-14" @default.
- W2074377462 title "Molecular “Wiring” Glucose Oxidase in Supramolecular Architecture" @default.
- W2074377462 cites W1963817028 @default.
- W2074377462 cites W1967353459 @default.
- W2074377462 cites W1967653668 @default.
- W2074377462 cites W1971058853 @default.
- W2074377462 cites W1978331966 @default.
- W2074377462 cites W1981049234 @default.
- W2074377462 cites W1982567670 @default.
- W2074377462 cites W1982613892 @default.
- W2074377462 cites W1983197295 @default.
- W2074377462 cites W1984880848 @default.
- W2074377462 cites W1985333274 @default.
- W2074377462 cites W1987444770 @default.
- W2074377462 cites W1988242485 @default.
- W2074377462 cites W1993756786 @default.
- W2074377462 cites W1997263690 @default.
- W2074377462 cites W1997983607 @default.
- W2074377462 cites W1999206571 @default.
- W2074377462 cites W2002784803 @default.
- W2074377462 cites W2009344142 @default.
- W2074377462 cites W2011922821 @default.
- W2074377462 cites W2012696888 @default.
- W2074377462 cites W2013865069 @default.
- W2074377462 cites W2014054559 @default.
- W2074377462 cites W2014167025 @default.
- W2074377462 cites W2015411422 @default.
- W2074377462 cites W2017282205 @default.
- W2074377462 cites W2019296501 @default.
- W2074377462 cites W2028101845 @default.
- W2074377462 cites W2029073332 @default.
- W2074377462 cites W2031904472 @default.
- W2074377462 cites W2033406893 @default.
- W2074377462 cites W2037540440 @default.
- W2074377462 cites W2045276760 @default.
- W2074377462 cites W2046153401 @default.
- W2074377462 cites W2048616824 @default.
- W2074377462 cites W2049082977 @default.
- W2074377462 cites W2049446816 @default.
- W2074377462 cites W2054931773 @default.
- W2074377462 cites W2055248241 @default.
- W2074377462 cites W2059828425 @default.
- W2074377462 cites W2062645225 @default.
- W2074377462 cites W2064409838 @default.
- W2074377462 cites W2067034058 @default.
- W2074377462 cites W2068001309 @default.
- W2074377462 cites W2072756075 @default.
- W2074377462 cites W2073089000 @default.
- W2074377462 cites W2074105412 @default.
- W2074377462 cites W2075684047 @default.
- W2074377462 cites W2076862005 @default.
- W2074377462 cites W2081560377 @default.
- W2074377462 cites W2083602917 @default.
- W2074377462 cites W2086096102 @default.
- W2074377462 cites W2086189101 @default.
- W2074377462 cites W2086730282 @default.
- W2074377462 cites W2094131057 @default.
- W2074377462 cites W2094912276 @default.
- W2074377462 cites W2112500425 @default.
- W2074377462 cites W2117208350 @default.
- W2074377462 cites W2131859769 @default.
- W2074377462 cites W2134418903 @default.
- W2074377462 cites W2145463346 @default.
- W2074377462 cites W2166189376 @default.
- W2074377462 cites W2330690738 @default.
- W2074377462 cites W4241494673 @default.
- W2074377462 doi "https://doi.org/10.1021/bm061049l" @default.
- W2074377462 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17563113" @default.
- W2074377462 hasPublicationYear "2007" @default.
- W2074377462 type Work @default.
- W2074377462 sameAs 2074377462 @default.
- W2074377462 citedByCount "39" @default.
- W2074377462 countsByYear W20743774622012 @default.
- W2074377462 countsByYear W20743774622013 @default.
- W2074377462 countsByYear W20743774622014 @default.
- W2074377462 countsByYear W20743774622015 @default.
- W2074377462 countsByYear W20743774622016 @default.
- W2074377462 countsByYear W20743774622019 @default.
- W2074377462 countsByYear W20743774622022 @default.
- W2074377462 crossrefType "journal-article" @default.
- W2074377462 hasAuthorship W2074377462A5014360756 @default.
- W2074377462 hasAuthorship W2074377462A5030162197 @default.
- W2074377462 hasAuthorship W2074377462A5035071724 @default.
- W2074377462 hasAuthorship W2074377462A5035360447 @default.
- W2074377462 hasAuthorship W2074377462A5055413760 @default.
- W2074377462 hasAuthorship W2074377462A5066425442 @default.
- W2074377462 hasAuthorship W2074377462A5066525634 @default.