Sentence examples for mean expected heterozygosity from inspiring English sources

We evaluated mean expected heterozygosity across the 645 loci in the MS5795 human data set and across the 246 loci in the MS5879 human chimpanzee data set.

The number of bands within populations ranged between 50 and 72, with a number of private bands that ranged between 0 and 6 and a mean expected heterozygosity value that ranged between 0.072 and 0.162.

Linear regressions between patch areas of each SL (expressed as log km) and allelic richness A R, mean expected heterozygosity H E, mean pairwise D EST and mean pairwise F ST. R 2 : coefficients of determination.

durum decreased to H e  = 0.496 and R s  = 4.53.> -wrap-foot> N a, mean number of alleles per locus; H e, mean expected heterozygosity and R s, mean allelic richness per locus computed for a minimum sample size of 17 diploid individuals per group.

A few accessions were heterozygote at one locus at least: they represented 13% of our sample in both regions (Table  8).> -wrap-foot> N a, mean number of alleles per locus; H e, mean expected heterozygosity and R s, mean allelic richness per locus computed for a minimum sample size of 5 diploid individuals per group.

For each population and each population pair we used the mean number of alleles per locus, the mean expected heterozygosity and the mean allelic size variance.

Mean expected heterozygosities were similar for Cabo de Gata and Blanes regions (0.467 vs 0.465), but were slightly lower for Port Cros (0.344).

We further calculated the pairwise FST between local populations and genetic diversity indices as follows: number of haplotypes (nh), haplotype diversity (h) and nucleotide diversity for mtDNA; mean number of alleles per locus (na), allelic richness, mean observed (HO), and mean expected (HE) heterozygosities for microsatellites.

* N = population size; NA = total number of alleles per locus and mean number of alleles per population, respectively; NS = mean allelic richness standardized to the smallest sample size (42) using the rarefaction method of FSTAT 2.9.3 [66] per locus and population; mean expected (HE) and observed (HO) heterozygosities as well as mean FIS = Wright's statistics per locus and population.

The polymorphic microsatellites displayed two to 27 alleles (mean 11.4; expected heterozygosity range 0.283 0.940, mean 0.736) in one population from southeastern Cameroon.

The number of alleles ranged from 3 to 8, with a mean value of 2.9 and a mean unbiased expected heterozygosity of 0.397 (Table 2).