Sentence examples for efficiency of factors from inspiring English sources

A direct extrapolation of this assumption is that the increased brain size could be achieved by an increased efficiency of factors involved in cell cycle progression, mitosis, or by preventing apoptosis.

These results confirm previous research findings regarding differences in the efficiency of factor use among areas with varied HNV farmland performances (Trisorio and Borlizzi [2011]).

These data unambiguously demonstrate that this portion of factor Va heavy chain plays a role in controlling the catalytic efficiency of factor Xa within prothrombinase for prothrombin activation.

Together, the data suggest that the internal rearrangement at the COOH terminus of factor VaKF and factor VaAA is detrimental to the overall catalytic efficiency of factor Xa as part of prothrombinase.

The data show that prothrombinase assembled with factor Va5K or factor Va5A has approximately ∼50 or ∼80% reduced catalytic efficiency, respectively, when compared to the catalytic efficiency of factor VaWT, while factor VaΔ659−663 has a ∼40% reduced catalytic efficiency compared to the value obtained for prothrombinase assembled with factor VaWT.

However, the interaction of factor Va with factor Xa on a membrane or cell surface in the presence of divalent metal ions and formation of the prothrombinase complex results in the reversal of the order of cleavage and a 300000-fold increase in the catalytic efficiency of factor Xa for thrombin generation.

The kinetic data showed that the DY → KF/AA mutation in factor Va results in a decrease in the catalytic efficiency of factor Va which in turn is translated by positive values of ΔΔ G⧧WT→KF and ΔΔ G⧧WT→AA of 1.24 and 1.5 kcal/mol, respectively (Scheme 1).

These differences in homoeoallelic expression may be due to epigenetic factors, or to the relative efficiency of transcription factors to stimulate transcription across the homoeologous promoters in the polyploid.

This efficient and relatively rapid bone production confirms the effective biological efficiency of these factors produced in plants.

The research of this article mainly targeted at the enterprises in an industry and analyzed the allocative efficiency of input factors from the enterprises aspect.

The efficiency of growth factors on the nanofibrous matrix to activate signaling molecules was studied in HUVECs through gene expression analysis.