Sentence examples for most active enzymes from inspiring English sources

The most active enzymes, identified by hydrolysis of chromophoric sugar aglycones, were selected for further investigation; including gene cloning, protein expression, and preliminary enzyme characterization.

These results indicate that ecto-NTPDase2, ecto-NPPase and enzyme ecto-NTPDase5, 6-like are the most active enzymes on the surface of ependymal cells.

Cod trypsin and cod chymotrypsin were shown to be the most active enzymes against CD4, CD8, CD11a/CD18, CD31, CD62L, and CD102 at the surface of freshly isolated murine T cells– 3(f)) [ 27].

In several fruits the most active enzymes responsible for the pectin modification are polygalacturonase (PG) and pectin methylesterase (PME), while those acting on the primary cell wall are xyloglucan endotransglycosylase (XET) and expansin (Exp).

The specific activity of TrEGI enzymes (wild-type and G230A/D113S/D115T) on solid substrates was dramatically altered upon expression in different hosts (cell-free, S. cerevisiae, N. crassa, and T. reesei) with T. reesei or N. crassa producing the most active enzymes on Avicel and IL-Avicel.

On the other hand, G-6-Pase is the most active enzyme in most organs of S. mansoni except in the muscle fibers.

On other hand, G-6-Pase is the most active enzyme in most organs of S. mansoni except the muscle fibers.

Umbelliprenin-10′,11′-monoepoxide (IC50 2.5 μM) and the corresponding 6′,7′-10′,11′ dIC50xide (IC50 1.5 μM) were the most active enzyme inhibitors.

TGS1 was also the most active enzyme when expressed in E. coli [12].

As shown in Table  1, in general, immobilization on MP1000 resulted in the most active enzyme preparations.

Trypsin was the most active enzyme in cleaving integrins CD11a/CD18 and CD102 at low enzyme doses (2  μg/mL) and 3(f)).