Sentence examples for which may impart from inspiring English sources

Alternatively, there are inherent structural differences between the BAG domain of BAG1 and the BAG domains of BAG2 and BAG5 [55] [57]]–[57] which may impart distinct effects on the regulation of associated E3 ligases such as CHIP.

Agents with this potential thus require close hemodynamic monitoring, which may impart an undue burden on ED nursing staff.

Other organisms, including Vibrio cholerae, have two hcp genes in different parts of the genome [ 45], which may impart different functionalities on the secretion apparatus.

Apical cytoplasmic blebs or snouts are often present at the luminal surface of the epithelial cells and, in some cases, may be prominent or exaggerated, which may impart an irregular contour to the luminal aspect of the acini.

Also, comparison of the archaeal sequences with various bacterial clades could possibly highlight the amino acid residues which may impart extra stability to such enzymes, as GGTs characterized till date from various archaeal organisms show high thermostability.

Heat shock proteins are thus believed to play a broad role in many cellular processes, which may impart a generalized role in tolerance to multiple environmental stress treatments apart from heat stress.

Our results provide detailed insights into the stabilization of the LYQLEN oligomers and a thorough understanding of the aggregation pathways of this peptide, which may contribute to imparting further knowledge for designing new or modified capping peptides to inhibit the fibrillization of the LYQLEN peptide and/or insulin.

9 While a causal relationship is unproven, there are numerous potential pathophysiological mechanisms by which hyperglycaemia may impart toxicity during myocardial ischaemia.

Samples in the current study were homogenized, which may have imparted a degree of protection from oxidation and contributed to the ineffectiveness of SPC-P alone at decreasing infectivity.

These findings suggest mechanisms by which increased BP1 may impart a survival advantage to breast cancer cells, which could lead to increased resistance to therapeutic agents in patients.

Here, we observed that the biomass-supported catalyst proved to be a sturdy substitute for catalyst matrix as biogenic nanoparticles tend to adhere/adsorb to the biomaterial matrix because of certain active chemical groups, which in turn may impart additional stability to the biocatalyst framework.