Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg

Luxembourg

Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg

Luxembourg
SEARCH FILTERS
Time filter
Source Type

Moreno-Couranjou M.,Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg | Bonot S.,Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg | Mauchauffe R.,Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg | Boscher N.D.,Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg | And 2 more authors.
Plasma Processes and Polymers | Year: 2015

In this work, an atmospheric-pressure dielectric barrier discharge process is exploited for the fast deposition of adherent epoxy-rich layers acting as a versatile platform for the efficient one-step biomolecule immobilization in mild aqueous conditions. Particular attention is given to the influence of the plasma process parameters on the chemical and morphological properties of the deposited layers and on their subsequent exploitation for chemical interfacial reactions. As a proof-of-concept, two enzymes with drastically different biological properties, namely dispersin B and a laccase, are immobilized onto functionalized metallic surfaces. The pH of the enzyme solution appears as a key parameter to control the amount of immobilized enzyme on the plasma functionalized surfaces, thus leading to bioactive surfaces with improved stability and activity. © 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.

Loading Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg collaborators
Loading Luxembourg Institute of Science and Technology LIST 5 avenue des Hauts FourneauxEsch AlzetteL 4362Luxembourg collaborators