Sentence examples for blocking the access of from inspiring English sources
Consequently, due to the formation of denser polymeric structures and to the existence of electrostatic repulsion effects, the polyanion-containing composite coatings are capable of largely blocking the access of pitting-causing anions (chlorides) to the surface of stainless steel.
Conceptually, drug resistance associated with DYNLL1 inactivation is analogous to that caused by inactivation of 53BP1 — another protein that inhibits DNA-end resection, in this case by blocking the access of nucleases to DNA.
Chloride (Cl-), similar to other halide anions (F-, Br-) or to the hydroxide anion (OH-), has been reported to either bind to the T2 Cu of laccase and to interrupt the internal electron transfer between T1 and T2/T3 active site (Xu 1996), and/or to bind near the T1 active site, blocking the access of the substrate to T1 Cu or inhibiting the electron transfer (Enaud et al. 2011).
Actin cytoskeleton regulator CP (F-actin capping protein, CapZ) is an α/β heterodimer that binds the barbed end of F-actin thus blocking the access of actin monomers to the fast growing end.
The mixture of antibodies significantly decreased glucose levels by up to 65% in adult worms in vitro, a result supported by a previous study whereby an anti-HIR antibody was shown capable of blocking the access of insulin to the liver receptor [69].
Glycosylation often shields lysosomal and vacuolar proteins from degradation by blocking the access of hydrolases to otherwise exposed residues.
The consolidation has created bottlenecks that have made it easier for one company to block the access of another.
A strong dipole moment between adsorbed anions, such sulfate, nitrate and acetate, and AuNP is suggested to block the access of H2O2 molecules to the surface of AuNPs.
Choline and ethylene glycol form an adsorbed stable layer at the alumina/electrolyte interface and thereby block the access of zinc chloride anions to the electrode.
While the rest part of the molecule extended into the catalytic domain to block the access of cAMP and formed the foundation for inhibition of PDE4B.
The role of the acid digestion as an important step in removing material which would otherwise block the access of the oxygen molecules to the active site of the FeTPP/XC materials is hypothesized.
