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Chapters
- 00:05Title
- 01:47Synthesis of α,ω-dihydroxyl Polymer [HO-PEO-P2MS-PEO-OH]
- 03:06The Functional Polymer: CDNP-PEO-P2MS-PEO-CDNP
- 03:44CDNP-PEO-P2MS-PEO-CDNP/SWCNT Solution
- 04:20Electrospinning of Polymer-CNT Composite
- 05:18Binding Specificity of Nanofibers with Anti-DNP IgE Protein
- 06:12Current-Voltage Behavior of Nanofibers
- 07:13Results: Functional Polymers of 2,4-dinitrophenyl
- 08:55Conclusion
En effektiv fremgangsmåde til fremstilling af nanofibers dekoreret med funktionelle grupper i stand til specifikt at interagere med proteiner er beskrevet. Den fremgangsmåde kræver først fremstillingen af en polymer funktionaliseret med en passende funktionel gruppe. Den funktionelle polymer fremstilles i nanofibers ved electrospinning. Effektiviteten af bindingen af nanofibers med et protein er undersøgt ved konfokal mikroskopi.
Tags
FabricatingBiofunctional NanofibersElectrospinningFunctional GroupsMaterial-biomarker InteractionsBiosensorsSingle Molecule DetectorsEffective ApproachFunctional Polymers24-dinitrophenyl (DNP)Anti-DNP IgEPolymerizationDifunctional InitiatorElectron Transfer Reactionα-methylstyrenePotassium Metal2-methoxystyrene MonomerEthylene OxideLiving PolymerTermination By Methanolαω-dihydroxyl PolymerN-24-DNP-∈-amino Caproic AcidDCC Coupling
