Abstract:
The disclosure relates to a biopolymer that is functionalized with a peptide, preferably a growth factor-binding peptide. The disclosure further relates to a device comprising a functionalized biopolymer, to methods for treatment of a tissue pathology in a subject using a device according to the disclosure, to methods for coupling peptides to carbonyl groups of a biopolymer, and to a use of oxygen plasma for coupling a peptide to carbonyl groups of a biopolymer.
Abstract:
The disclosure relates to a biopolymer that is functionalized with a peptide, preferably a growth factor-binding peptide. The disclosure further relates to a device comprising a functionalized biopolymer, to methods for treatment of a tissue pathology in a subject using a device according to the disclosure, to methods for coupling peptides to carbonyl groups of a biopolymer, and to a use of oxygen plasma for coupling a peptide to carbonyl groups of a biopolymer.
Abstract:
A stamp for making a microarray of biomolecules, wherein the stamp has a stamp body having a stamping surface for stamping the biomolecules onto a substrate, a plurality of reservoirs for liquids having the biomolecules, wherein each of the reservoirs has a bottom wall and a plurality of channels extending between each of the bottom wall and the stamping surface, wherein each of the reservoirs and the channels has a macroporous hydrogel and wherein the stamping surface is provided with a hydrophobic coating.
Abstract:
A process for the preparation of an object, supporting a lipid bilayer, for use in tissue engineering including the steps of providing an object having a surface, treating the surface of the object with a plasma containing active oxygen to provide the surface of the object with reactive groups A, to provide the surface of the object with reactive groups A, covalently attaching a sterol group to the reactive groups A and contacting the object activated with sterol groups with a lipid solution to form a lipid bilayer.