Sentence examples for sharing of genotypes from inspiring English sources

While an identical Symbiodinium multilocus genotype inhabits the majority of colonies of a host species on a given reef, the sharing of genotypes between sites separated by ∼12.5 km or more is nearly non-existent.

For reasonable population structure (as reflected in the simulations presented below), we expect such sharing of genotypes to be rare.

Initial inclusion criteria includes concordance between self-reported sex and sex estimated from X chromosome heterogeneity, > 95% genotype call rate per participant, concordance between self-reported African ancestry and ancestry confirmed by analyses of genotyped SNPs, and no cryptic relatedness to any other samples at a level of proportional sharing of genotypes > 15%.

The distribution of the data by host type and by year and country of isolation is shown in Tables 1 and 2. Differences in genotype frequency between populations enable probabilistic assignment of isolates to populations, even if some sharing of genotypes occurs between those populations.

In addition to sharing of genotype or phenotype data, we expect that collaborative online annotation of disease genes and disease variants may supplement current bioinformatics solutions.

Two individuals and 1340 markers were removed due to high missingness levels (≥60%), seven individuals were removed due to sharing ≥90% of genotypes with another individual, 703 markers were removed for being uninformative due to close proximity, and 17 individuals were removed for having genotypic proportions far outside the distribution of most of the population members.

Although simple sequence repeats (SSRs) have served as genetic markers in most cacao studies to date, SSR data can exhibit platform-to-platform variation, which complicates the sharing of genotype data among different research groups.

Because ethical concerns usually prevent the sharing of genotype and phenotype information between collaborators, genetic consortia tend to analyze summary statistic data; that is, association results for each variant across all participating studies [ 61].

Additionally, familial relationships do not significantly diminish the (mean match) probability of sharing SNP genotypes in pedigrees, further indicating the uniqueness of the "barcode".

Forty genotypes were shared with the genotypes of World populations, reported in the allele frequencies net database.

Sharing of reference genotypes among countries created large residual correlations, especially for young bulls, that are accounted for in genomic MACE.