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of this study was to prepare biocomposite films combining PHB produced by C. necator stain A-04 (PHBA-04) and long - chain fatty acid esterified microcrystalline cellulose derived from pineapple leaves as fillers ...
controllability and a broader range of sizes than those prepared by the conventional methods, which could supply various demands when using the same polymer to prepare NPs with a broad size distribution . Download ...
exposed to thermal degradation because their sub-micrometric size makes the superficial area larger. As the nanoparticles have a larger surface region, they degrade more easily in comparison to the polymer ...
deletion on biochemical characteristics and product distributions were further investigated. The N-terminal module (Aly7B-CDI) exhibited no activity toward alginate, polyM or polyG, but the C-terminal module ...
(revealed by size distribution analysis using a Coulter Counter; data not shown). Second, in vivo the amount of granule surface-associated GWD strongly increased under conditions of starch degradation ...
suggesting that they have long resident time in the ocean (Jiao et al. 2010). The depolymerization of bacterial EPS by viral polysaccharidases could provide an unexpected process affecting size distribution ...
of their size and type. This shows that crowders do not affect the activity of RNAP. Surprisingly, however, transcription kinetics in polymer solutions (containing PEG, Dextran and Ficoll) are faster than ...
and long - chain fatty acid esterified microcrystalline cellulose from pineapple leaf (esterified PALF-MCC laurate). They reported that adding esterified PALF-MCC laurate as a filler in the biocomposite film ...
the influence of remaining surface water). Swelling ratio is mainly controlled by the interconnectivity of the pores and the water up-taking capacity of the used polymers . 2.2 Scaffold pore size and shape ...
of the formation of bonds between polymer chains [32, 64]. Sometimes a third and final phase is observed, in which the release increases because the degradation of the polymer within the nanoparticle is catalyzed ...
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