Sentence examples for significantly faster kinetics from inspiring English sources

Nonetheless, V287R displayed significantly faster kinetics than WT at each HP, and increased the apparent voltage dependence of the τrec,csi curve (WT: qrec = 0.27 e0, V287R: qrec = 1.29 e0).

Histograms of measured IPSCs latency (D ), rise time (E ) and decay tau (F ) for feed forward and feedback inhibition revealed feedback inhibition has significantly faster kinetics compared with feed forward inhibition.

However, we observed significantly faster kinetics of both CLL and T-cell proliferation in progressive CLL xenografts, suggesting that CLL cells from these patients exert a positive influence on T-cell proliferation.

It is shown that hemispherical geometry provides significantly faster binding kinetics and ensures more spatially homogeneous distribution of local (from a pixel) signals over a cell in the transient regime.

CaMR-mediated evoked responses had significantly faster activation kinetics and were significantly more EGTA resistant than those in UNC-13R-rescued animals.

However, also the remaining Fe-depleted oxide surface (of unknown crystal structure) may offer significantly faster electrode kinetics; for example, by a drastically changing Fe+II/Fe+III ratio at the oxide surface upon Fe formation.

As determined with real-time IR (RTIR) spectroscopy, thiol TATATO HPDLCs have significantly faster LC demixing kinetics in comparison to thiol allyl ether HPDLCs.

Although early antiviral intervention minimizes the risk of progression to high-level viral load and CMV disease, D+R− patients continue to have significantly faster viral replication kinetics and higher peak viral loads despite having very low levels of EOD.

We believe that this difference might be related to the total integrin αvβ3/αvβ5 expression levels because the tumor tissues with higher integrin αvβ3/αvβ5 expression tend to have a significantly faster tissue staining kinetics (Supporting Information Figure SI2) at a much lower concentration (Supporting Information Figure SI1).

(481) The presence of a single interface eliminates the possibility of the time-consuming flip-flop process and leads to a significantly faster binding and simpler kinetics, compared to that observed in free or immobilized liposomes.

Nonetheless both experimental and theoretical results suggest that abnormal grain growth kinetics is significantly faster above the eutectic temperature.