Sentence examples for tests because of low from inspiring English sources
Exact tests of population differentiation were also performed among all pairs of populations using Genepop [ 64] and applying a Bonferroni correction (Kopeto was excluded from these tests because of low sample size).
The immunoregulatory function of Breg cells from IgG4-RD was not tested because of low frequency.
The TPHA was also excluded from further testing because of low sensitivity (50.6%).
bExcluded from adjustments for multiple testing because of low allele frequency (see the text).
Comparisons between younger and older runner subsets were performed by the Mann–Whitney U test because of low sample sizes.
Baseline characteristics of physicians were compared using the Freeman-Halton extension of Fisher's exact test because of low numbers in our 2 × 3 tables [ 44].
While the NCCN guidelines recommend the testing of singular cases suggestive for LFS, even in the absence of family history, others negate the necessity for testing because of low mutation rates (0 7%) and high psychological burden.
Telemedicine is well suited for vision and eye disease screening services and also monitoring of disease through imaging and other specialized tests because of the low invasiveness of testing, wide spread availability and affordability of imaging technologies, high levels of diagnostic reliability [ 37], and ease of training of testing personnel [ 38].
Only patients with an MMSE score of 13 points or more and an AQT-CF score of 190 seconds or less at baseline were included because test changes are difficult to assess in patients with very poor test performance, because of low reliability [ 19].
However, only relatively small amount of GB accumulation and slight enhancement of salt tolerance of transgenic rice plants were observed in some conditions tested, probably because of low activities and/or miss-localization of the introduced enzymes (Shirasawa et al. [2006]).
In the present study, we chose the mouse as the test species because of low purchase and husbandry costs, ease of handling, improved predictive value of data because of the feasibility of an increased sample size in assays, and the potential for widespread use of a mouse-based assay in many laboratories.
