Sentence examples for which is highly active from inspiring English sources

This irregular behaviour probably resulted either from the physical carryover effect of 13C label from the preceding VHC pulse, as reported above, or from the intracellular CCM activity of Synechocystis, which is highly active under LC conditions [12] and should favour the re-assimilation of the 13CO2 generated from internal sources.

Most striking are Otx2 DHS-4 (approximately 53 kb downstream of Otx2), which is highly active in P0 retina but has decreased activity in the P7 and adult retina, and Otx2 DHS-15 (approximately 79 kb upstream of Otx2), which shows the opposite pattern.

In contrast to C5a fragment, which is highly active with a half-life less than 5 min, various C3 activation products are readily detectable as they remain for a few hours.

T-Mobile, which is highly active on Twitter, has also adopted the new features.

In addition, targeting the expression of the introduced terpene biosynthetic gene to fruit tissue can take advantage of the large precursor pool provided by the methylerythritol-phosphate (MEP) pathway, which is highly active during tomato fruit ripening to facilitate the accumulation of carotenoids.

C. thermocellum produces a large extracellular protein complex called the cellulosome which is highly active on plant cell wall polysaccharides [ 7- 9].

One of the most promising candidates was a small peptide (SP1-1 - RKKRLKLLKRL, Figure 3d), which was "highly active against a broad spectrum of bacteria, but showed low hemolytic activity".

In this critical environment, the petrol, gas and electricity firms, many of which are highly active on the wholesale commodity markets, are acutely vulnerable to reputational damage should an inquiry conclude they have been rigging the system.

Six new Ti(IV) complexes are presented which are highly active for the polymerisation.

C. elegans has 6 specialized macrophage-like cells, namely coelomocytes, which are highly active in fluid-phase endocytosis (Sato et al., 2016).

In naphthalene hydrogenation, the separated Ni species are previously reduced to highly-dispersed metallic Ni nanoclusters with size below 1.6 nm, which are highly active for hydrogenation.