Sentence examples for markedly slower rate from inspiring English sources

The coelacanth genes changed at a "markedly" slower rate than those from other animals, Amemiya says.

Looking at the details we find that models predict that atmospheric water will increase by about 7% for each degree Kelvin of surface warming, with global precipitation increasing at a markedly slower rate varying from 1% to 3% per degree Kelvin (depending on the model) (Wentz et al. 2007).

As shown in Figure 6, tumors derived from Sulf-2 silenced cells (L3.6sl or BxPC-3) grew at a markedly slower rate than those derived from the control cells (Figure 6B).

In the same experiments, VSVG acquired endo-H resistance at a markedly slower rate.

In contrast, α3β2γ2 receptors are characterized by a markedly slower rate and smaller extent of apparent desensitization (Fig. 4).

Afatinib treatment resulted in tumour shrinkage or a markedly slower rate of tumour growth and a significant improvement in the duration of overall survival.

The relatively long inter-train interval was needed due to the markedly slowed rate of relaxation in the presence of 9-AC, as this allowed time for muscle force to return back to baseline prior to the subsequent train.

More importantly, the in vivo cell cycle time for initial T cell proliferation was also dictated by the type of antigenic stimulus with natural influenza infection triggering the most rapid cell division while in vivo immunization with a synthetic viral peptide epitope even when supplemented with strong adjuvants resulted in a markedly slower division rate, i.e., a cell cycle time of ∼6 hrs.

This may be caused by the markedly slower accumulation rate of intermediates (such as 2-ketoglutaric acid, succinate, and malate) in the tricarboxylic acid cycle, thus restricting lipid synthesis [ 40].

The markedly slower off rates are consistent with single-molecule FRET studies as well as gel shift assays in which the presence of the bulky DNA adduct stabilizes the binary complex and does not induce dissociation before nucleotide incorporation.

On the other hand, in CHO cells overexpressing GLUT1 (Fig. S3B [4]), with a high rate of glucose transport (uptake half-time 3.5 s), Cyto B markedly slowed the rate of glucose clearance upon glucose removal, indicating that in CHO cells overexpressing GLUT1, glucose efflux, rather than glycolysis, is the dominant factor regulating glucose clearance.