Sentence examples for most prevalent phenotype from inspiring English sources

The most prevalent phenotype is the loss of GMC4-2.a, the parental precursor that will give rise to the RP2 motoneuron.

Thus no conclusion about the most prevalent phenotype of the 45,XO karyotype, namely the early lethality, can be reached by studying these patients.

The most prevalent phenotype was varied frequency of reduced circulation of fluorescent quantum dots through the intersegmental blood vessels, such that vessels showed either a complete absence of flow, truncated flow, or normal circulation.

Lactase persistence however is the most prevalent phenotype in Europeans, particularly in the North, but has also been shown to be widespread in East Africa and the Middle East where it has been associated with a pastoralist way of life.

The most prevalent phenotype in both the miR-1-1 and miR-1-2 knockout animals was a cardiac conduction abnormality, which was at least partially ascribed to dysregulation of the miR-1 target, Irx5, in the miR-1-2 knockout.

Figure 1 shows the most prevalent phenotypes in the corpus and their distribution in the discharge summaries and articles.

The most prevalent phenotypes included multidrug resistance to ciprofloxacin, cotrimoxazole, and gentamicin, which was detected in 73 nonsusceptible AMC isolates (36.9% of multiresistant isolates and 6.4% of isolates overall), and resistance to ciprofloxacin, cotrimoxazole, and cefotaxime was detected in 55 isolates (27.8% of multiresistant isolates; 4.9% of isolates overall).

The most prevalent phenotypes included resistance to ampicillin, cotrimoxazole, and ciprofloxacin, which was detected in 382 isolates (44.3% of multidrug-resistant strains and 7.6% of strains overall) and resistance to ampicillin, cotrimoxazole, ciprofloxacin, and gentamicin, detected in 151 strains (17.5% of multidrug-resistant strains and 3% of strains overall).

Tetracycline resistance was the most common type of resistance observed and the most prevalent resistance phenotype in animal isolates (71.1%).

For the most prevalent cachexia phenotype (i.e. >5% weight loss, 54% affected), the present study has between 43 and 97% power to detect an OR of 1.5 for SNPs with a MAF of 0.05 0.35.

Interestingly, this network links our novel ncRNAs to certain genes such as p53, Il7, Ctss, and NFκB, all of which have been previously associated with mammalian aging or senescence [ 23, 50, 51], and their age-related alterations may contribute to the most prevalent aging phenotype, inflammation.