Sentence examples for that undergo fast from inspiring English sources

This unique stream initially comprises several neighboring slugs of miscible solutions that undergo fast mixing while flowing through the analytical path.

Finding that the decrease in line widths occurs only for membrane proteins that undergo fast rotational diffusion around the bilayer normal, but not immobile molecules, such as peptide single crystals, identifies a potential new direction for pulse sequence development that includes overall molecular dynamics in their design.

Although, ED is significantly correlated to the number of new TE insertions, this correlation could be non-causal – it might be that new TEs tend to integrate into genes that undergo fast expression evolution, or that they are preferentially retained in such genes.

There is about a 5-fold reduction in the proportion of particles that undergo fast, directed movements in these mutants, although there is still a significant amount of active transport in each case.

Channels that undergo fast inactivation but not slow inactivation are allowed to recover during a 1 s pulse to −70 mV before available current is measured at −10 mV for 20 ms.. Hyperpolarization allowed the channels to recover from fast inactivation while limiting recovery from slow inactivation.

In this study, our maximum likelihood analysis supports that HEGs undergo faster or at least comparable turnover compared with the intron in the mitochondrial LSU rRNA gene from the Saccharomyces complex, which seemed to be incompatible with current working theories on the movement of group I introns.

KVs that are also homotetramers undergo fast inactivation or N-type inactivation through their N-terminal domain that acts like a ball and chain, physically blocking the pore from the intracellular side.

At this developmental stage, the dendritic network is still very immature and displays thin filopodia-like protrusions that undergo relatively fast movements (Fig. S2).

Given that axonal tracers-like BDA undergo fast axonal transport, this questions the interpretation of tract tracing data; is increased axonal labelling really indicative of a greater number of axons or does it merely reflect increased axonal transport?

Experiments described here demonstrate that pR does indeed undergo fast H+ release, at least under elevated pH conditions that resemble somewhat those of the γ-proteobacteria's native open ocean environment.

Our study also revealed that all three functionalities undergo fast reactions with diaryl nitrilimines at rate constants close to 20 M–1 s–1.