Sentence examples for the constant formation from inspiring English sources

The constant formation of new cyber-threat categories results in the nonstop introduction of startups that are working on new solutions.

Accordingly, the mechanism is revealed to be the circulation of the fracture of the elasto-plastic boundary caused by the peak SIF (Stress Intensity Factor) and the constant formation of a "new" plastic boundary.

The authors discuss that the plugs, together with the papillae and epicuticular waxes, due to their high hydrophobicity, comprise a structure which is able to prevent the constant formation of water films on the leaves, that would make gas exchange difficult.

We considered two possibilities to explain the constitutive presence of autophagosomes in RNAi-AtTOR plants: either the decreased expression of AtTOR leads to the constant formation of autophagosomes, or the RNAi-AtTOR plants are deficient in delivery of autophagosomes to the vacuole for degradation.

The constant formation of DNA microsatellites through slippage by the replication machinery, and the action of viruses and transposons, also complicate the word landscape, especially in regions with lower selective constraints (such as introns, UTRs and intergenic regions) [ 6, 7].

Because this is precisely how the constant formation-denouncement-repackaging cycle of far-right movements works.

Those who have viewed the 63-year-old as a manager out of time because of the constant tinkering with formation and selection that had caused sluggish fare could now see the method to his masterplan.

For each catecholamine considered here, the traces for the wild-type enzyme could be fit (R > 0.99) as single-exponential increases, a with the rate constant for formation of the complex increasing linearly with the catecholamine concentration.

(1) The rate constant for formation of the branched intermediate is comparable if not slightly less than the rate constant of Asn cyclization.

At the same time, the addition of 10 mM PEP to polymix buffer (Fig. 4C) resulted in a three-fold decrease in the rate constant for formation of the 70S initiation complex to 2.3 µM-1s-1.

For example, the rate constant for formation of the C4a-hydroperoxyflavin (I) obtained by global fitting (2.6 ± 0.4) × 10 M–1 s–1 was essentially identical to that derived by fitting the data at 402 nm to a single exponential (2.5 ± 0.3) × 10 M–10s–10