Sentence examples for modification and formation from inspiring English sources

X-ray photoelectron spectroscopy was employed to examine the surface modification and formation of graphene.

It has also been demonstrated that surface modification of CNTs, in general, improves the adsorption capacity of adsorbents probably due to the increased number of active binding sites resulting from surface modification and formation of new functional groups that favors the adsorption of synthetic dyes.

It is evident that after conversion into activated carbon and chemical modification of the low-cost adsorbents, originating of plant waste, improved the adsorption capacity of adsorbent due to the higher number of binding sites after modification and formation the new functional groups that are projected to metal ion uptake.

Another alternative could be blocking gliadin domains with synthetic peptides and thus preventing tTG modification and formation of immunostimulatory epitopes.

Collagens are laid during the proliferation phase while maturation of fibers at the final stage of wound healing involves gradual change of the collagen types, their enzymatic modification and formation of complexes with other protein components of ECM.

Cleavage of the peptide bond, amino acid modification, and formation of cross-linked peptide aggregates happen during protein oxidation by ROS that leads to formation of protein derivatives possessing highly reactive carbonyl groups (ketones and aldehydes) which are involved in the complications of diabetes and many age-related diseases [ 66].

They also represent functionalities that are potentially suitable for further modifications and formation of new types of stationary phases for liquid chromatography.

To form the mature MUC5AC protein, a stepwise posttranslational modification is needed, including N-glycosylation, dimer formation, O-glycosylation, fucose/siacid/sulfatelfate modification and polymer formation, processes involving several specific enzymes [ 2, 3].

Stabilization of the liquid crystalline collagen, induced by pH modification and fibril formation, shows characteristic morphologies in TEM, which directly mimic arrays described in vivo.

Considering these characteristics, there is a great chance of modification and polymer formation during the preparation processes of albumin products, especially injections.

The incremental pore (voids between nonporous nanoparticles in aggregates) size distribution functions (Fig. 2) show that the textural characteristics change after the silica modification and the formation of polymeric nanooxide composites.