Sentence examples for both types of active from inspiring English sources

Intensive dehydrochlorination processes of the CuCl2 · Н2О active phase occur in the 200 to 300°С range identified by maximum HCl desorption peaks at 260°С for both types of active phases.

The difference observed in the initial rate and the steady rate over SZ was due to rapid deactivation of sulfate sites, which may be avoided by a balancing of the extent of reaction taking place over supported material by reaction over both types of active site and potentially by a hydrogenation of coke formed by hydrogen supplied by the active carbide phase.

To identify inhibitors that preferentially target one of these two sets of active sites, each inhibitor was tested on both the Mcm467 complex (an S. cerevisiae Mcm subcomplex that demonstrates helicase activity but lacks all of the regulatory sites) and Mcm2-7 (containing both types of active sites [ 19]).

Outbreaks have been related to both types of the active compounds but also the physico-chemical characteristics of the solvent applied have showed to play a crucial role for the toxicity of the product.

In the test, both types of extract were active against all strains, and more active against strains of HSV-2 than strains of HSV-1.

Even when the animal is at rest, both types of endings are active (under the tension of normal muscle tonus).

In the literature it has been discussed whether the acid catalysis takes place by protonation of the triazine ring, if it is a protonation of the methylol side groups or if both types of protonation are active.

It was found that both types of Cu species were active for SCR reactions, while only one type of Cu ions (950 cm−1) appeared to be active for oxidation functions such as NO oxidation and NH3 oxidation.

Both types of cells display highly active pathways for the synthesis of fatty acids and their incorporation into complex lipids, and imbalances in synthesis or turnover of lipids affect growth and viability of both yeast and cancer cells.

The most widely supported hypothesis is that ancestral I elements were lost from the genome of D. melanogaster but were then reintroduced recently because older strains of D. melanogaster contain only defective and immobile I sequences, and all the strains collected after 1930 have both types of sequences (defective and active mobile I elements).

Prior results [ 6, 39] with A. cylindrica and PCC 7120 led to the expectation that under photoautotrophic conditions, glutamine synthetase would be active in both types of cells whereas glutamate synthase would be active specifically in vegetative cells.