Sentence examples for intermediate turnover from inspiring English sources

Density fractionation was used to separate OC fractions in terms of stabilization process and resulting organic matter (OM) turnover time: the free light fraction (fast turnover), the light fraction occluded in aggregates (intermediate turnover) and the heavy fraction of OM associated tightly to mineral surfaces (slow turnover).

Our results revealed three major categories of H3.3 nucleosome turnover: rapid turnover at enhancers and promoters, intermediate turnover at gene bodies, and slow turnover at heterochromatic regions.

In comparison with other human kinases PI5P4Kα has an intermediate turnover number, whereas PI5P4Kγ is at the lowest end of the scale (Supplementary Table S1 at http://www.biochemj.org/bj/454/bj4540049add.htm).htm

From 10 individuals tested, four were relatively slow metabolizers of p-toluidine (0.63 0.94 nmol/min/mg cytosolic protein) while three other donors showed considerably more rapid conjugation (1.73 3.03 nmol/min/mg cytosolic protein), the remaining three donors displayed intermediate substrate turnover.

Further challenges addressed through intracellular compartmentalization are toxic or volatile pathway intermediates, slow turnover rates and competing side reactions.

Free energy profiles are calculated in order to find the turnover-determining transition state (TDTS) and the turnover-determining intermediate (TDI) that govern turnover frequency (TOF) and selectivity.

The membrane-associated dmAGO1 complex lacks both GW182 and Loqs-PB and is considered to be an intermediate in the turnover of miRISC or P-miRISC.

In fact, in our experiments, the catalytic properties of the two enzymes, including activation by copper, a phosphorylated intermediate, and kinetic turnover, are quite similar.

This spectrum does not resemble that of any previously described flavin intermediate seen during turnover by phenol hydroxylase or p-hydroxybenzoate hydroxylase.

In conclusion, our experiments indicate that the catalytic properties of ATP7A and ATP7B, including intermediate formation and turnover of the phosphorylated aspartyl residue, are quite similar.

The C loss as isoprene originated mainly (76 78%) from recently fixed CO2, to a minor extent from xylem-transported sugars (7 11%) and from photosynthetic intermediates with slower turnover rates (8 11%).