Matches in SemOpenAlex for { <https://semopenalex.org/work/W2066804567> ?p ?o ?g. }
- W2066804567 endingPage "337" @default.
- W2066804567 startingPage "328" @default.
- W2066804567 abstract "Enzyme-catalysed reactions in which substrates are bound (immobilised) to solid surfaces are becoming increasingly important in biotechnology. There is a general drive for miniaturisation and automation in chemistry and biology, and immobilisation of the reaction intermediates and substrates, for example on microarrays or nanoparticles, helps to address technical challenges in this area. In bionanotechnology, enzyme catalysis can provide highly selective and biocompatible tools for the modification of surfaces on the nano-scale. Here, we review the range of enzyme-catalysed reactions that have been successfully performed on the solid phase and discuss their application in biotechnology. Enzyme-catalysed reactions in which substrates are bound (immobilised) to solid surfaces are becoming increasingly important in biotechnology. There is a general drive for miniaturisation and automation in chemistry and biology, and immobilisation of the reaction intermediates and substrates, for example on microarrays or nanoparticles, helps to address technical challenges in this area. In bionanotechnology, enzyme catalysis can provide highly selective and biocompatible tools for the modification of surfaces on the nano-scale. Here, we review the range of enzyme-catalysed reactions that have been successfully performed on the solid phase and discuss their application in biotechnology." @default.
- W2066804567 created "2016-06-24" @default.
- W2066804567 creator A5001063061 @default.
- W2066804567 creator A5014412645 @default.
- W2066804567 creator A5063051779 @default.
- W2066804567 date "2008-06-01" @default.
- W2066804567 modified "2023-10-17" @default.
- W2066804567 title "Enzyme catalysis on solid surfaces" @default.
- W2066804567 cites W1499301773 @default.
- W2066804567 cites W1520821663 @default.
- W2066804567 cites W1946387153 @default.
- W2066804567 cites W1965741502 @default.
- W2066804567 cites W1970534676 @default.
- W2066804567 cites W1971333905 @default.
- W2066804567 cites W1973452163 @default.
- W2066804567 cites W1975611851 @default.
- W2066804567 cites W1978359513 @default.
- W2066804567 cites W1978503851 @default.
- W2066804567 cites W1978596062 @default.
- W2066804567 cites W1986387507 @default.
- W2066804567 cites W1989331104 @default.
- W2066804567 cites W1991661839 @default.
- W2066804567 cites W1995611890 @default.
- W2066804567 cites W1996596438 @default.
- W2066804567 cites W1997064007 @default.
- W2066804567 cites W2005794887 @default.
- W2066804567 cites W2009993736 @default.
- W2066804567 cites W2010581781 @default.
- W2066804567 cites W2011598917 @default.
- W2066804567 cites W2011829774 @default.
- W2066804567 cites W2011863374 @default.
- W2066804567 cites W2013364125 @default.
- W2066804567 cites W2013476869 @default.
- W2066804567 cites W2014929029 @default.
- W2066804567 cites W2018990299 @default.
- W2066804567 cites W2023269042 @default.
- W2066804567 cites W2028651578 @default.
- W2066804567 cites W2034072732 @default.
- W2066804567 cites W2034117201 @default.
- W2066804567 cites W2034594239 @default.
- W2066804567 cites W2037915134 @default.
- W2066804567 cites W2039072824 @default.
- W2066804567 cites W2043247089 @default.
- W2066804567 cites W2045509126 @default.
- W2066804567 cites W2048196950 @default.
- W2066804567 cites W2049524947 @default.
- W2066804567 cites W2056895094 @default.
- W2066804567 cites W2057197048 @default.
- W2066804567 cites W2057237429 @default.
- W2066804567 cites W2058363807 @default.
- W2066804567 cites W2058558191 @default.
- W2066804567 cites W2059367257 @default.
- W2066804567 cites W2060679870 @default.
- W2066804567 cites W2065110017 @default.
- W2066804567 cites W2077474574 @default.
- W2066804567 cites W2077827644 @default.
- W2066804567 cites W2081302606 @default.
- W2066804567 cites W2081497469 @default.
- W2066804567 cites W2083006150 @default.
- W2066804567 cites W2083015173 @default.
- W2066804567 cites W2088045163 @default.
- W2066804567 cites W2089734179 @default.
- W2066804567 cites W2093225587 @default.
- W2066804567 cites W2099009094 @default.
- W2066804567 cites W2107312700 @default.
- W2066804567 cites W2114560322 @default.
- W2066804567 cites W2118639337 @default.
- W2066804567 cites W2119452852 @default.
- W2066804567 cites W2138778824 @default.
- W2066804567 cites W2141720561 @default.
- W2066804567 cites W2150941172 @default.
- W2066804567 cites W2152146170 @default.
- W2066804567 cites W2158511293 @default.
- W2066804567 cites W2165367735 @default.
- W2066804567 cites W2166300575 @default.
- W2066804567 cites W2166879168 @default.
- W2066804567 cites W2169599375 @default.
- W2066804567 cites W2340893422 @default.
- W2066804567 cites W2950421900 @default.
- W2066804567 cites W4211250522 @default.
- W2066804567 doi "https://doi.org/10.1016/j.tibtech.2008.03.003" @default.
- W2066804567 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18430479" @default.
- W2066804567 hasPublicationYear "2008" @default.
- W2066804567 type Work @default.
- W2066804567 sameAs 2066804567 @default.
- W2066804567 citedByCount "92" @default.
- W2066804567 countsByYear W20668045672012 @default.
- W2066804567 countsByYear W20668045672013 @default.
- W2066804567 countsByYear W20668045672014 @default.
- W2066804567 countsByYear W20668045672015 @default.
- W2066804567 countsByYear W20668045672016 @default.
- W2066804567 countsByYear W20668045672017 @default.
- W2066804567 countsByYear W20668045672018 @default.
- W2066804567 countsByYear W20668045672019 @default.
- W2066804567 countsByYear W20668045672020 @default.
- W2066804567 countsByYear W20668045672021 @default.
- W2066804567 countsByYear W20668045672022 @default.
- W2066804567 countsByYear W20668045672023 @default.