FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2516051147> ?p ?o ?g. }

• W2516051147 endingPage "23085" @default.
• W2516051147 startingPage "23074" @default.
• W2516051147 abstract "Due to the lack of a valid approach in the design of electrochemical interfaces modified with enzymes for efficient catalysis, many oxidoreductases are still not addressed by electrochemistry. We report in this work an in-depth study of the interactions between two different bilirubin oxidases, (from the fungus Myrothecium verrucaria and from the bacterium Bacillus pumilus), catalysts of oxygen reduction, and carbon nanotubes bearing various surface charges (pristine, carboxylic-, and pyrene-methylamine-functionalized). The surface charges and dipole moment of the enzymes as well as the surface state of the nanomaterials are characterized as a function of pH. An original electrochemical approach allows determination of the best interface for direct or mediated electron transfer processes as a function of enzyme, nanomaterial type, and adsorption conditions. We correlate these experimental results to theoric voltammetric curves. Such an integrative study suggests strategies for designing efficient bioelectrochemical interfaces toward the elaboration of biodevices such as enzymatic fuel cells for sustainable electricity production." @default.
• W2516051147 created "2016-09-16" @default.
• W2516051147 creator A5002256532 @default.
• W2516051147 creator A5004330281 @default.
• W2516051147 creator A5025097848 @default.
• W2516051147 creator A5038344391 @default.
• W2516051147 creator A5043931054 @default.
• W2516051147 creator A5052002647 @default.
• W2516051147 creator A5054667902 @default.
• W2516051147 creator A5063348432 @default.
• W2516051147 creator A5066973048 @default.
• W2516051147 creator A5086053251 @default.
• W2516051147 creator A5088026147 @default.
• W2516051147 date "2016-08-25" @default.
• W2516051147 modified "2023-10-15" @default.
• W2516051147 title "How the Intricate Interactions between Carbon Nanotubes and Two Bilirubin Oxidases Control Direct and Mediated O₂ Reduction" @default.
• W2516051147 cites W1595347157 @default.
• W2516051147 cites W1596522025 @default.
• W2516051147 cites W1675570769 @default.
• W2516051147 cites W1962267334 @default.
• W2516051147 cites W1966690218 @default.
• W2516051147 cites W1967069379 @default.
• W2516051147 cites W1969561520 @default.
• W2516051147 cites W1989852053 @default.
• W2516051147 cites W1991525649 @default.
• W2516051147 cites W1993134464 @default.
• W2516051147 cites W2003584837 @default.
• W2516051147 cites W2006528229 @default.
• W2516051147 cites W2007659060 @default.
• W2516051147 cites W2008947324 @default.
• W2516051147 cites W2015840974 @default.
• W2516051147 cites W2017610907 @default.
• W2516051147 cites W2023909375 @default.
• W2516051147 cites W2030337568 @default.
• W2516051147 cites W2032579136 @default.
• W2516051147 cites W2032736963 @default.
• W2516051147 cites W2034572578 @default.
• W2516051147 cites W2037592768 @default.
• W2516051147 cites W2046387527 @default.
• W2516051147 cites W2047399603 @default.
• W2516051147 cites W2047528317 @default.
• W2516051147 cites W2047608438 @default.
• W2516051147 cites W2049120227 @default.
• W2516051147 cites W2058534278 @default.
• W2516051147 cites W2060447535 @default.
• W2516051147 cites W2063124392 @default.
• W2516051147 cites W2063315100 @default.
• W2516051147 cites W2063456181 @default.
• W2516051147 cites W2063861147 @default.
• W2516051147 cites W2064657701 @default.
• W2516051147 cites W2066921068 @default.
• W2516051147 cites W2069230174 @default.
• W2516051147 cites W2070486499 @default.
• W2516051147 cites W2080361008 @default.
• W2516051147 cites W2080967955 @default.
• W2516051147 cites W2081544049 @default.
• W2516051147 cites W2086853647 @default.
• W2516051147 cites W2090703581 @default.
• W2516051147 cites W2091435284 @default.
• W2516051147 cites W2096224174 @default.
• W2516051147 cites W2103075130 @default.
• W2516051147 cites W2122486657 @default.
• W2516051147 cites W2123808586 @default.
• W2516051147 cites W2127322768 @default.
• W2516051147 cites W2128711016 @default.
• W2516051147 cites W2131496157 @default.
• W2516051147 cites W2132629607 @default.
• W2516051147 cites W2136716646 @default.
• W2516051147 cites W2148939303 @default.
• W2516051147 cites W2149332235 @default.
• W2516051147 cites W2149973365 @default.
• W2516051147 cites W2151091298 @default.
• W2516051147 cites W2152469183 @default.
• W2516051147 cites W2166851062 @default.
• W2516051147 cites W2169565575 @default.
• W2516051147 cites W2171500095 @default.
• W2516051147 cites W2173125015 @default.
• W2516051147 cites W2209413314 @default.
• W2516051147 cites W2257961861 @default.
• W2516051147 cites W2279540520 @default.
• W2516051147 cites W2295000591 @default.
• W2516051147 cites W2346784919 @default.
• W2516051147 cites W2407275875 @default.
• W2516051147 cites W4237347820 @default.
• W2516051147 cites W987170002 @default.
• W2516051147 doi "https://doi.org/10.1021/acsami.6b07355" @default.
• W2516051147 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27533778" @default.
• W2516051147 hasPublicationYear "2016" @default.
• W2516051147 type Work @default.
• W2516051147 sameAs 2516051147 @default.
• W2516051147 citedByCount "86" @default.
• W2516051147 countsByYear W25160511472016 @default.
• W2516051147 countsByYear W25160511472017 @default.
• W2516051147 countsByYear W25160511472018 @default.
• W2516051147 countsByYear W25160511472019 @default.
• W2516051147 countsByYear W25160511472020 @default.
• W2516051147 countsByYear W25160511472021 @default.
• W2516051147 countsByYear W25160511472022 @default.

• next