Sentence examples for significantly fewer samples from inspiring English sources

There were significantly fewer samples where both forager and corresponding pollen pellet were positive for SBV or BQCV in comparison to the pairs where only the forager was positive while her corresponding pollen pellet was negative (Table 1).

Monitoring per-protein prediction is more prone to over-optimization than monitoring per-residue performance as the set contains significantly fewer samples; it also may bias the results for predicting proteins with very short unstructured regions.

Even on such a small dataset, the MAL8 method obtained tighter confidence intervals in most STRs, including DYS437 for which we had significantly fewer samples than the other Y-STRs (∼230 samples).

Existing algorithms require an excessive number of sampling points to achieve the desired detection performance, and we address this issue by proposing a spectrum sensing algorithm based on sample variance that requires significantly fewer sampling points in multiple input multiple output (MIMO) scenarios.

However, the authors studied significantly fewer tissue samples from the same autopsy individual, with little overlap to the panel used in our study.

PCR analyses revealed significantly fewer fecal samples positive for E. multilocularis eggs (mean 25.0%; 95% CI 7.3%too 52.4%) in bait areas than in control areas (mean 52.7%; 95% CI 38.8% to 66.3%; χ test [one-tailed] p<0.05).

Clearly, using FPG in a longitudinal approach, as compared with MPG, also needs significantly fewer blood samples, which is one of the advantages of the approach presented by Samtani (Method 3).

However, for the first 7 days of use, there were significantly fewer water samples containing >100 CFU per mL when using the new filter device compared with the older filters or taps with no filter.

If the challenged seeder pigs were not taken into account for all 11 sampling points however, significantly fewer Salmonella-positive samples were obtained in group B (9/121), when compared to group C (30/132) (P < 0.01).

Further, our sample contained significantly fewer children (responder sample: 5.3%, province of Utrecht: 17.94%) of non-Dutch descent (χ = 695.785, df 5, P < 0.000).

For each one of these seven taxa we found, on average, significantly fewer individuals in samples from the burned than from the unburned site (Table 1).