Sentence examples for far greater sample from inspiring English sources

This might suggest that a sample size of 129 subjects in our study was somewhat insufficient to reliably detect moderate differences between the SNP genotypes, and a far greater sample may be required to detect smaller differences.

However, automatic detection of interactions would have required far greater sample sizes and clear a priori hypotheses for specific interactions.

However, these reviews also caution that if some papers have far greater sample sizes or sample variances than others, the results of unweighted analyses can be inaccurate or possibly meaningless.

This could provide valuable insights into the functional complexity of a metagenome, i.e. the full genetic diversity, and would enjoy far greater sample sizes for estimations, thus increasing the accuracy of estimations.

However, future studies incorporating the views of the entire adherence spectrum featuring far greater sample sizes and subsequent factor analysis on the dimensional structure of REFERQUAL will offer far greater insight into the appropriability of this new model.

New methods are now providing far greater sample depths and, for the first time, the ability to examine entire cells, large tissue areas, and even entire organisms (albeit the smaller specimens of the animal kingdom).

The differences in the compositions of 16S rRNA RT-PCR clone libraries and V6-tag sequences may be due to far greater sampling depth in the V6-tags, or differences in primer bias, so it is difficult to use these comparisons to infer differences in RNA- vs. DNA-based analyses.

The majority of the probesets show far greater inter-sample variability than between the two cell-lines.

In reality, the number of negative samples is far greater than positive samples, which forms the severe class imbalance problem.

By combining light fluorescent microscopy and EM, we have obtained by far the greatest sample of measurements of N/E-ergic vesicles in mammalian CNS to date.

In this regard, dissolved divalent cation milliequivalent concentrations are as high as 80% of the total dissolved cationic concentrations in the salt contaminated monitoring well samples, far greater than their 2.5% level in the road salt stored at the site.