Sentence examples for subsequent polymeric from inspiring English sources

The molecular structures of the native polymers, the drug-polymer granulated blend, and the compressed drug-loaded MLMDT were analyzed using FTIR spectroscopy (Perkin Elmer Spectrum 100 Series, Beaconfield, UK) to elucidate any variations in vibrational frequencies and subsequent polymeric structure as a result of drug-polymer or even polymer-polymer interactions.

Moreover, the subsequent polymerization scheme relied upon a ruthenium Grubb's catalyst and required approximately 1.5 days to yield useful polymeric material, whereas the current approach achieves bactericidal polymers on the order of minutes.

Such a theory is crucial for the development of a numerical capability for the simulation and design of important polymer processing operations, and also for predicting the relationship between processing methods and the subsequent mechanical properties of polymeric products.

The synthesis of Pd0-NPs in SPES-C membranes was carried out by a two-step procedure (see below Equations 1 and 2) [12] 12], consisting in the loading of sulfonic groups with [Pd(NH3 4]2+ ions and their subsequent chemical reduction inside polymeric matrix by using NaBH4 0.1 M solution: (1) (2).

With a subsequent plasma process, additional polymeric layer of hydrophilic acetonitrile was superimposed onto the existing vinylferrocene-PPF surface to offer crucial features such that the wettability could be adjusted for a better electron transfer, and amino functional groups could be attached to immobilize a large amount of enzyme.

The preparation of the polymer-lipid core-shell structure usually required a two-step process: the initial formation of polymeric NPs and subsequent encapsulation of the liposomes[8, 12].

These structurally simple and thermally resilient amino acids might have been synthesized on the asteroid parent body in the early prebiotic world, which could have catalyzed or provided an intermediate organic feedstock for subsequent chemical evolution into complex polymeric materials.

The relatively short plasma residence time of the polymeric prodrug allows subsequent administration of polymer-enzyme without fear of prodrug activation in the circulation and polymer-enzyme conjugates have reduced immunogenicity.

Controllable electrospinning/spraying of fibers and particles and subsequent drug release from these chiefly polymeric vehicles depends on well-defined solution and process parameters.

The present paper reports on the local atmospheric pressure plasma pretreatment of polymeric substrates for a subsequent metallization by electroless nickel and copper electrolytes, respectively.

Subsequent solvent exchange followed by vacuum drying yielded polymeric foams with different morphologies.