Search results for "bio-conjugation"

showing 2 items of 2 documents

Biomolecular conjugation inside synthetic polymer nanopores via glycoprotein-lectin interactions

2011

We demonstrate the supramolecular bioconjugation of concanavalin A (Con A) protein with glycoenzyme horseradish peroxidase (HRP) inside single nanopores, fabricated in heavy ion tracked polymer membranes. Firstly, the HRP-enzyme was covalently immobilized on the inner wall of the pores using carbodiimide coupling chemistry. The immobilized HRP-enzyme molecules bear sugar (mannose) groups available for the binding of Con A protein. Secondly, the bioconjugation of Con A on the pore wall was achieved through its biospecific interactions with the mannose residues of the HRP enzyme. The immobilization of biomolecules inside the nanopore leads to the reduction of the available area for ionic tran…

NanometresSynthetic membraneTransport equationNanoporesInformation processingRectification propertiesCylinders (shapes)Materials TestingConcanavalin AGeneral Materials ScienceFunctional polymersConical nanoporeschemistry.chemical_classificationChemistryBlocking effectElectric rectifiersComputer simulationEnzymesData processingNanoporeEnzyme moleculesFunctional polymersMolecular imprintingPorosityBio-molecularInner wallsMolecular imprintingSupramolecular chemistryNanotechnologyHorseradish peroxidaseIonic transportsNanocapsulesBio-conjugationMoleculeParticle SizeAqueous solutionsGlycoproteinsBiomoleculesBioconjugationBiomoleculeNanostructuresModel simulationChemical engineeringModels ChemicalPolymer membraneConductance stateFISICA APLICADABiospecific interactionSynthetic polymersSugarsSupramolecular chemistryPore wallCarbodiimide-coupling chemistry
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Polymeric and bio-hybrid nanovectors for drug delivery and imaging devices.

2014

Nanotechnology applied to the Medicine is providing new tools to the current therapeutic and diagnostic approaches to fight cancer and other diseases. However, many of the proposed nanodevices show some deficits related to both their inherent properties and performance, and the synthetic strategies proposed for their production. In the present work, a new promising approach based on e-beam radiation-induced radical crosslinking of a water soluble, biocompatible synthetic polymer has been developed. In particular, the possibility of generating Poly-N-(Vinyl- Pyrrolidone)(PVP)-based nanocarriers, i.e. nanogels with a base PVP structure, tailored physico-chemical properties (particles size dis…

Nanogele-beam irradiationBio-imagingbio-conjugationSettore CHIM/07 - Fondamenti Chimici Delle TecnologieDrug-delivery
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