Sentence examples for narrow variability from inspiring English sources

Simulated streamflow characteristics were sensitive to the quality of driving input data: Simulations driven with bias-corrected RCM variables fitted observed values better than simulations forced with uncorrected RCM climate variables and had more narrow variability bounds.

The pharmaceutical industry requires narrow variability in the dissolution rate of hard gelatin capsules.

Consistent with this, we found a wide variability in the change in CRP on statin, with almost half (45%) of those on statin not having any fall in CRP and a narrow variability in LDL-cholesterol, as almost all participants (96%) had a fall in LDL-cholesterol by atorvastatin with a narrow IQR in response.

The model predicts narrower variability of iron solubility for large mass concentrations (100 to 10,000 ng m−3) than observed, under a variety of conditions (Figure 7).

Thus, even though the information of body weight was not available in the claims datasets, we might infer from the dosing variability among specialty groups that the prescribing quality of physicians with narrower variability needed to be further scrutinized.

In both groups, radiographs from ankle joints showed joint-space narrowing, variability in bone density, roughened bone surface, and some mice showed osteophyte formation (indicated with arrows on representative radiographs; Figure 2A).

In predator-stressed C57BI/6J mice and in FVB/N mice with engineered over-expression of AChE, we found elevated inter-animal variability of hippocampal miR-132 levels which was accompanied by narrower variability of its p250GAP target, suggesting causal links between miR-132 and this neuronal protein.

The highest percentage of sFNs obtained by using definitions 2 and 5 were among Klebsiella spp.; overall, sFNs were generally lower for E. coli and Enterobacter spp. Of note, definition 4 had the narrowest variability in the percentage of sFNs across all sites (range 0%1.5%%) and among the 3 enterobacterial organisms (range 0%1.1%%).

There is a bigger variation in the cheese types without targets (18 500%); setting a target would narrow this variability.

The excess of heterozygosity detected in the muscat group and the narrow genetic variability observed in the N284 haplogroup may reflect the breeding history of the Muscat family.

This narrow genetic variability is confirmed by the negative and significant values of Tajima D and Fu and Li's D* (Additional file 2) detected by grouping the haplotypes carrying the N284 mutation.