Sentence examples for functional at high from inspiring English sources

Reports have suggested that the membrane-based cytochrome respiratory system may not be fully functional at high pressure, and the expression of genes for some respiration components is regulated by hydrostatic pressure [5], [26].

Protonation of these functional groups at low pH values renders a net negative charge to the biosorbent surface while deprotonation of the functional groups at high pH values render it positively charged.

However, the need to express, purify, and print thousands of functional proteins at high density on a microarray substrate presents challenges that limit their widespread availability and use.

We therefore decided to explore more thoroughly the possibility of long-term persistence of functional HEGs at high frequency.

Several studies have demonstrated the potential of in planta recombinant cellulases by achieving the accumulation of functional enzymes at high levels [ 18, 23, 44].

The presence of these functional categories at high frequency in bacteriocyte EST libraries highlights important aspects of genome coordination between symbiont and host.

We report on conditions that allow for the long-term persistence of functional HEGs at high frequency, and we explore the parameter choices under which the persistence of HEGs at high frequency is dynamically stable and evolutionarily stable.

These results establish that we have successfully expressed functional IP3R1 at high levels in Sf9 cells and purified them under conditions that allow their structure to be analysed by EM and SPA.

Using a distinct methodology that is able to resolve changes in functional connectivity at high temporal resolution, we identified short-lived (100 200 ms) states that represent unique spatiotemporal patterns of neural activity.

Thus, taxon richness enhanced community persistence under environmental change significantly more at low functional richness than at high functional richness (Fig. 2, t-test, df = 14, t = 3.2, p<0.01).

Understanding the molecular mechanism through which proteins are functional at extreme high and low temperatures is one of the key issues in structural biology.