Sentence examples for molecular variations show from inspiring English sources

Hierarchical analysis of molecular variations show significant differentiations (Fst = 0.16164) and sub divisions among the populations, with a large fraction of the variance found within populations (83%) (Table 4).

Correspondingly, analyses of molecular variance showed more variation within species than between them.

Analysis of molecular variance showed all variance components to be highly significant (P < 0.001), indicating more variation within (91%%) than between populations (9 %).

Hierarchical analysis of molecular variation (AMOVA) shows substantial subdivisions among the tribes of India (Fst = 0.16164).

An analysis of molecular variation (AMOVA) shows that although most variation at CYTB is partitioned between regions, there is also significant variation between sites within regions as well (Table 2a).

As suggested by previous studies showing an association between EDN1 polymorphism and asthma [ 24] or atopy [ 25], we hypothesised that molecular variations in theses genes could be a major determinant of the degree of bronchial obstruction in asthmatic patients.

However, recent phylogenetic analyses of 731 polymorphic molecular markers show genetic variation among 20 strains of T. vaginalis that may be sufficient to indicate meiotic recombination [32].

The bushbuck is the most widespread and taxonomically diverse ungulate on the African continent and we have shown that all molecular variation in our dataset may be partitioned into two divergent lineages.

Altogether, the studied populations did not show a gradient in molecular variation along presumptive postglacial migration routes across Central Europe.

The results of the AMOVAs based on both the mtDNA and microsatellite data showed a large amount of molecular variation within populations (>94% in all analyses) and low or no variation at the higher hierarchies (i.e., between species or habitat types, between populations within species/habitat types) (Table 2).

Here we uncover the molecular variation that causes melanism in P. maniculatus from New Hampshire and show that the Agouti gene is responsible.