The different surface roughness and mechanical properties of the rubber substrates explain the differences in the tribological performances of the coated rubbers.
The analysis of the active cleft shows that the helix at the substrate binding groove provides a platform for the stable binding to the longer substrate, explaining the substrate specificity of TreX.
Furthermore, results also showed the differential secretion of three proteases, Alp 1, Mep, and Lap 1 by Af in response to changes in protein substrate explaining the dominance of different classes of protease activity in Af culture supernatants.
Results of the quantitative polymerase chain reaction (q-PCR) for cellulolytic genes clearly showed that most genes (egl1, egl2, egl3, sow, and cbh2) were strongly expressed when AX was used as the substrate, explaining the high level of cellulase activity in the culture supernatant of AX.
The influence of the silicon nitride substrate explains the slight blueshift of the resonance peak.
Additionally, the structural characteristics of linear two-coordinated gold(I) complexes, in which the ligand is very distant from the nucleophilic addition site to the π-bound substrate, explains the slow development of general enantioselective transformations of alkynes.
These product specific interactions appear to offset the contribution of the proximal ubiquitin in a diubiquitin substrate, thus explaining the close correspondence between the affinity for the product and that for the substrate (the dissociation constant with ubiquitin rivals the Michaelis constant, KM, for the Lys63-linked diubiquitin substrate).
The phi-scan performed on this sample revealed that the (100) oriented grains present an in-plane ordering (epitaxial growth) with respect to the substrate with an alignment of the [011] direction of the film along the [12¯1] direction of the substrate, explained on the basis of misfit considerations and interface arrangements.
Metabolic enzymes were extracted from the whole set of chaperonin substrates explained above because all chaperonin substrates are not metabolic enzymes.
Lower levels of BACE are consistent with a reduction in cleavage of the substrate, APP, thereby explaining the increased levels of APP.
