Sentence examples for degradation improved from inspiring English sources

Numerous studies have demonstrated that incorporating polymeric nanocarriers in topical products enhances the percutaneous penetration of the therapeutic agents and offers increased efficacy, controlled drug release, reduced enzymatic degradation, improved drug stability, and reduced skin irritation.

The recurrence of this motif is linked to the inherent advantages resulting from backbone cyclization, which include increased resistance against proteolytic degradation, improved cell permeability, and tighter and more specific interaction with the respective biomolecular target.

Degradation improved the removal of hydrogel from the microstructures, permitting reuse of the analysis platforms.

ERdj5 overexpression promoted the degradation, improved the endoplasmic reticulum mobility and prevented the aggregation of P23H rod opsin.

When immobilized POXC was used towards EDCs mix in the presence of AS, NP degradation improved with respect to the free enzyme, reaching the same extent of degradation (80%) within only 15 min, and no further increase was observed.

Nanoparticles offer immense benefits such as solubilization of hydrophobic actives, improvement in bioavailability, improved (or altered) pharmacokinetics of active pharmaceutical ingredient (API), protection of API from physical, chemical or biological degradation, improved cellular uptake, tissue targeting and controlled release of API.

The aforementioned pilot scheduling scheme based on the degradation improves the system performance without increasing computational burden.

This study was designed to evaluate whether in vivo caspase inhibition can prevent myocardial contractile protein degradation, improve myocardial function, and attenuate ventricular remodeling.

Among the non-viral vectors, nanoparticles showed remarkable properties regarding gene delivery such as the ability to target the specific tissue or cells, protect target gene against nuclease degradation, improve DNA stability, and increase the transformation efficiency or safety.

Our studies supply a conceptual foundation and working components for controllable degradation, improve mechanistic understanding of adaptor-mediated proteolysis, and demonstrate that the relative importance of adaptor proteins in degradation is correlated with the strength of protease-substrate contacts.

However, few researchers paid attention to the potential significance of controlling the hydrogel formation and degradation, improving biocompatibility, reducing the toxicity of exogenous and providing convenience to the clinical operations later on.