Matches in SemOpenAlex for { <https://semopenalex.org/work/W136096941> ?p ?o ?g. }
Showing items 1 to 90 of
90
with 100 items per page.
- W136096941 endingPage "292" @default.
- W136096941 startingPage "279" @default.
- W136096941 abstract "AbstractNano biosensor development for biomedical and environmental measurements has been tried by research groups all over the world. Identifying and fabricating suitable nano-materials as enzyme immobilizing matrices to enhance characteristics of the sensor is the most important and difficult task of it. In this chapter we discuss about polypyrrole(PPy) nano-tube array grown on Alumina AnodiscTM to serve this purpose successfully.When this novel PPy nano-tube array sensor was used as a glucose biosensor, Glucose Oxidase(GOx) entrapment has been done by three different methods (for single sided PPy arrays), ie. Co-entrapment, physical adsorption and cross-linking aided physical adsorption. Best results were shown with the latter method with a sensitivity of 62.53 mA/cm2/M with a 4s response time. When the electrode was fabricated as a double-layered PPy nano-tube array, the sensitivity was increased up to 90 mA/cm2/M compared to the 7.4 mA/cm2/M for physical adsorption.A similar type of single sided sensor has been used to monitor Hydrogen Peroxide(H2O2) by using Horseradish Peroxidase (HRP) as the catalyst. This sensor worked both in anodic and cathodic modes adding the bi-functional feature to the enhanced characteristics. Anodic mode gave a high sensitivity of 3.8A/cm2/M and cathodic mode gave a linear range of 5nM to 25μM while showing 5s response time in both features.KeywordsGlassy Carbon ElectrodeGlucose OxidaseEnvironmental MeasurementEffective Surface AreaGlucose BiosensorThese keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves." @default.
- W136096941 created "2016-06-24" @default.
- W136096941 creator A5060068302 @default.
- W136096941 creator A5089476769 @default.
- W136096941 date "2011-01-01" @default.
- W136096941 modified "2023-09-25" @default.
- W136096941 title "Nano-Biosensor Development for Biomedical and Environmental Measurements" @default.
- W136096941 cites W1992331981 @default.
- W136096941 cites W1997048554 @default.
- W136096941 cites W2013292635 @default.
- W136096941 cites W2016712783 @default.
- W136096941 cites W2017486390 @default.
- W136096941 cites W2023297820 @default.
- W136096941 cites W2024393457 @default.
- W136096941 cites W2027977207 @default.
- W136096941 cites W2028280802 @default.
- W136096941 cites W2028668703 @default.
- W136096941 cites W2033074745 @default.
- W136096941 cites W2035165090 @default.
- W136096941 cites W2043631643 @default.
- W136096941 cites W2045750890 @default.
- W136096941 cites W2046031581 @default.
- W136096941 cites W2047641752 @default.
- W136096941 cites W2049076657 @default.
- W136096941 cites W2051178099 @default.
- W136096941 cites W2064359286 @default.
- W136096941 cites W2086189101 @default.
- W136096941 cites W2095078921 @default.
- W136096941 cites W2101433931 @default.
- W136096941 cites W2102880922 @default.
- W136096941 cites W2116957954 @default.
- W136096941 cites W2162768681 @default.
- W136096941 doi "https://doi.org/10.1007/978-3-642-17943-3_14" @default.
- W136096941 hasPublicationYear "2011" @default.
- W136096941 type Work @default.
- W136096941 sameAs 136096941 @default.
- W136096941 citedByCount "3" @default.
- W136096941 countsByYear W1360969412012 @default.
- W136096941 countsByYear W1360969412014 @default.
- W136096941 countsByYear W1360969412018 @default.
- W136096941 crossrefType "book-chapter" @default.
- W136096941 hasAuthorship W136096941A5060068302 @default.
- W136096941 hasAuthorship W136096941A5089476769 @default.
- W136096941 hasConcept C159985019 @default.
- W136096941 hasConcept C160756335 @default.
- W136096941 hasConcept C171250308 @default.
- W136096941 hasConcept C192562407 @default.
- W136096941 hasConcept C2777232022 @default.
- W136096941 hasConcept C2780357685 @default.
- W136096941 hasConcept C41008148 @default.
- W136096941 hasConcept C44228677 @default.
- W136096941 hasConcept C521977710 @default.
- W136096941 hasConceptScore W136096941C159985019 @default.
- W136096941 hasConceptScore W136096941C160756335 @default.
- W136096941 hasConceptScore W136096941C171250308 @default.
- W136096941 hasConceptScore W136096941C192562407 @default.
- W136096941 hasConceptScore W136096941C2777232022 @default.
- W136096941 hasConceptScore W136096941C2780357685 @default.
- W136096941 hasConceptScore W136096941C41008148 @default.
- W136096941 hasConceptScore W136096941C44228677 @default.
- W136096941 hasConceptScore W136096941C521977710 @default.
- W136096941 hasLocation W1360969411 @default.
- W136096941 hasOpenAccess W136096941 @default.
- W136096941 hasPrimaryLocation W1360969411 @default.
- W136096941 hasRelatedWork W1553614560 @default.
- W136096941 hasRelatedWork W1997307863 @default.
- W136096941 hasRelatedWork W202599137 @default.
- W136096941 hasRelatedWork W2088239394 @default.
- W136096941 hasRelatedWork W2108608313 @default.
- W136096941 hasRelatedWork W2117776002 @default.
- W136096941 hasRelatedWork W2140488283 @default.
- W136096941 hasRelatedWork W2153594530 @default.
- W136096941 hasRelatedWork W2183078604 @default.
- W136096941 hasRelatedWork W2244817516 @default.
- W136096941 hasRelatedWork W2383318074 @default.
- W136096941 hasRelatedWork W2384300796 @default.
- W136096941 hasRelatedWork W2477738613 @default.
- W136096941 hasRelatedWork W2493185456 @default.
- W136096941 hasRelatedWork W2533382904 @default.
- W136096941 hasRelatedWork W2744647051 @default.
- W136096941 hasRelatedWork W27784768 @default.
- W136096941 hasRelatedWork W2903056676 @default.
- W136096941 hasRelatedWork W2923950143 @default.
- W136096941 hasRelatedWork W3117998203 @default.
- W136096941 isParatext "false" @default.
- W136096941 isRetracted "false" @default.
- W136096941 magId "136096941" @default.
- W136096941 workType "book-chapter" @default.