Sentence examples for patterns of substrate from inspiring English sources

Enzymes homologous to HPDO and HOPDAH but exhibiting different patterns of substrate specificity have been identified.

In a nanodiffraction experiment, we measured the diffusely scattered intensities at one individual SiGe DM that also reveal similar patterns of substrate and structure reflection: In Figure 6, a RSM near the SiGe 004) reflection is shown where a honeycomb-like pattern becomes visible, which is reminiscent of the pattern at the Si 004) substrate reflection investigated in reference [4].

Compared to background samples, the patterns of substrate utilization were significantly different in soil (P < 0.05) collected from under plants growing above the mineralization, however the rates of microbial processes were higher in soil adjacent to the base of the plant stems.

There are also four different patterns of substrate inhibition among the five atypical BChEs, indicating another heterogeneity among the enzymes.

Patterns of substrate utilization and genetic control observed for the endonuclease catalyzed events suggests that these rearrangements are the result of SSA [38], [39], a non-conservative mechanism of HR [12], [40], [41].

Likewise, the atypical BChEs show different intermediate patterns of substrate inhibition or lack thereof, which could be interpreted as a transition to the complete loss of substrate inhibition with all substrates, and the acquisition of substrate activation, also a property consistent with the detoxifying role of BChE.

Recent structural studies have provided evidence that yeast Nat1 alters the active site of Ard1 mediating sequence specific acetylation patterns of substrates (Liszczak et al., 2013).

Fig. 1 Principal component analysis of the utilization pattern of substrate carbon sources.

The pattern of substrate catabolism forms a substrate assimilation fingerprint which is useful in selecting media components for media optimization of maximum biomass production.

Overall, this pattern of substrate hydrolysis is not typical of either AChE or BChE.

The universal mechanism which forms the core of the melanisation pathway involves a conserved pattern of substrate substitutions catalysed by a number of distinct genes.