Sentence examples for increased transport rate from inspiring English sources

In the case of high density lipoprotein cholesterol, various mechanisms have been proposed, including an increased transport rate of lipoproteins 36 and increased lipoprotein lipase activity.

This is consistent with the increased transport rate of the E73A mutant, which has one less carboxyl in the binding site, hence releases Na+ more easily.

Furthermore pergolide delivery does not increase linearly with the donor concentration: a further increase in concentration above 100 μg/mL in the donor formulation, did not result in increased transport rates.

This is reflected by the increased transport rates of StSUT1 at pH 3.3 (Fig. 2B).

Although transport of critically ill patients to and from the operating room may be associated with an increased risk of complications, no RCT reported increased transport related complication rates with ST.

The introduction of bandwidth in the GHz range, as well as large antenna arrays, increase transport data rates beyond what can be supported with current or near-future transport technology at feasible costs.

We found that increased convective transport rate within inorganic matrix expedited upstream pressure decline; conversely, increased mass-exchange rate and desorption-rate coefficients slowed down upstream pressure decline in the short term, but expedited it in the long term, when convective transport within inorganic matrix was fast.

Replacement of the anion exchangeable membrane with nylon filter increased the transport rate of metal ions from the middle remediation chamber to the cathode chamber.

Other factors likely contribute to the development of hypoalbuminemia, including an increased transcapillary transport rate [ 10].

It can be explained by the introduction of chitosan to enhance the hydrophilicity of the film and increase mass transport rate in aqueous condition.

An E. coli YL106/pSCsfcA was engineered to produce succinate under aerobic, microaerobic and anaerobic conditions by derepressing the inhibition of low dissolved oxygen, eliminating the NADH competitive pathways, modulating the redistribution of metabolic flux, and increasing the transport rate of the sole carbon source glucose.