Sentence examples for a lower discrepancy from inspiring English sources
The strains with a lower discrepancy between glucose and fructose consumption were assumed to perform better during fermentation (Berthels et al. [2004]), as herein for the yeast strains QA23, UCD522 and NT116.
The probability of circuit running at 24, 48, 72 hours was higher during RCA-CVVH (P < 0.0001), with a lower discrepancy between delivered and prescribed CRRT dose (P < 0.0001).
On the other hand, if we assume that patients exposed to the confounder have even higher outcome risk (eg, severe schizophrenics experience the outcome 10-fold more than others), then a lower discrepancy of the exposure of interest is required to admit protection (ie, severe schizophrenics would regularly attend the service more than threefold higher than others).
Finally, the fibrosis class classification of FibroMeter2G had a significantly higher correct classification (qualitative accuracy descriptor) and a significantly lower discrepancy level (quantitative accuracy descriptor better reflecting disagreement than the former) compared to local pathologists.
FibroMeter2G and even FibroMeter3G provided a significantly lower discrepancy score than Fibrotest or Fibroscan in all study populations.
The comparison exhibits a higher discrepancy in NmF2 in nighttime and morning for equatorial and lower discrepancy for the whole day over the low-latitude whereas smaller (<20%) discrepancy exists in the hmF2 throughout the day using both IRI options.
Surgeons' expectations are predictive of satisfaction and information should aim to lower discrepancy between surgeons' and patients' expectations.
MRI/pathology concordance varied by tumor subtype (p = 0.004), with size discrepancies present in half of all HR+/Her2− tumors but lower discrepancy rates in Her2+ and Tneg tumors.
At this point, it can only be speculated what the reason is for the lower discrepancy between the activation energies of k* on bulk LSC at high temperature and on thin film LSC at the lower temperatures.
This tool was chosen due to greater acceptability of non-invasive, non-stimulated salivary sampling [ 29] and the high sensitivity of salivary cotinine in distinguishing active tobacco use from passive smoking with lower discrepancy between reported and measured prevalence as compared with urine or blood [ 30].
A lower bound of generalized discrete discrepancy is also obtained, which serves as an important benchmark of design uniformity.
