Sentence examples for molecular variation at from inspiring English sources
Molecular variation at the Lim3 regulatory region most strongly affected Lim3 expression in embryos.
Few previous studies have employed such large collections of intraspecific sequence variants in order to analyze patterns of adaptive molecular variation at single genes [22].
Here, we describe and decipher patterns of molecular variation at each gene within and between populations and sibling species of Anopheles gambiae, the principal vectors of malaria in Africa.
Based on these results and the restricted sample size of sequenced alleles, we combined data on the sexes for nonparametric, distribution-free Wilcoxon tests, to assess association between molecular variation at Lim3 and lifespan.
The results of POPS were also comparable to those obtained by Belle and Barbujani [23] reporting that languages have a small effect on the pattern of molecular variation at the world-wide scale.
The objective of this study was to survey naturally occurring molecular variation at Gp-9, a candidate gene of major effect on the expression of fire ant colony social organization, with a special emphasis on uncovering the extent and distribution of this variation in native populations of the well studied pest species Solenopsis invicta.
For example, one benefit of genome-wide prediction is that individual allele effects are estimated with a precision that is related to the molecular variation observed at the locus, var xij), which determines the contribution of genetic variance when combined with the squared magnitude of effect.
We then analyzed the DNA molecular variation of HLA at several geographic scales (i.e. worldwide, continental, and regional) to investigate its congruence with the observed genetic diversity profiles based on allelic frequencies and explore the additional information brought by DNA sequences.
In contrast to the other studies, our investigation is the only one to have examined molecular variation in cypresses at the population level.
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).
At the cellular level, simulations of molecular variation have been used to recapitulate phenotypic heterogeneity in cell populations.
