Sentence examples for a carrier surface from inspiring English sources

Enzymes are often stabilized significantly against inactivation by (multipoint) attachment onto a carrier surface, substantially enhancing their total turnover in the reaction process [ 2- 4].

Use of a short chain rather than full length peptide improves the potential for conformational binding of active peptide to a carrier surface.

Use of a short chain peptide rather than full length protein is cost-effective and improves conformational binding of active peptide to a carrier surface.

A number of experimental methods have been developed for drug co-delivery by nanocarriers, including direct drug encapsulation into the particle interior, covalent conjugation of drug combinations to a carrier, surface attachment of drugs to an existing drug carrier, or supramolecular assembly of synergistic drug combinations into drug-carrying nanoparticles.

Immobilization of HRP onto a suitable carrier surface facilitates reusability, it is known to affect enzyme activity and stability, and its optimization will certainly be the subject of future studies.

When the carrier had pores that were large in relative to the cell dimensions, it was possible to find adhesion within the pores [ 21], and the freedom in cellular movement could be restricted in two main ways: adsorption of cells (either between the cells themselves or to a solid carrier surface) with physical and chemical bonds, or physical entrapment of cells within the carriers [ 22].

Depending on the immobilized molecule orientation on the carrier surface, a higher or lower amount of Fab fragments appears to be available for the interaction with the antigen present in the solution.

For instance, a steric shielding of the carrier surface by poly ethylene glycol) substantially decreased interactions with the biological environment.

Evidence is given that Co acac 3 is evaporated and adsorbed on carrier surface in a first step and afterwards decomposed during the microwave-plasma treatment in oxygen atmosphere.

Ethene is formed as a result of thermal decomposition of a compound chemically bound to the carrier surface.

Because the term 'active sites' is ambiguous, it is recommended to use the term 'highly active sites' instead to denote carrier surface sites with a relatively high activity.