Sentence examples for microsatellites and samples from inspiring English sources

Greater sequence length and nuclear markers such as microsatellites and samples from populations in Orissa (India) [65], Myanmar, South China and Thailand (that were not covered in the current or past study [23]) and time to most recent common ancestor (TMRCA) calculations would allow us to quantify the divergence time between these populations.

The Data set I was collected by using microsatellites and samples both fewer than Data set II [ 29].

A total of 215 samples were analyzed either for microsatellites and mtDNA (116 samples) or for just one type of marker (63 samples for microsatellites only and 36 samples only for mitochondrial markers) (see Additional file 3).

Although the variation in microsatellite loci and sample sizes analyzed warrants caution in inter-study comparisons of genetic diversity, one particular comparison is particularly relevant to our study.

First, there are many more short microsatellites than long microsatellites, and as the sample size decreases with length, uncertainty increases.

In Actinidia the frequency of occurrence and level of polymorphism of EST-derived di-nucleotide microsatellites were sampled and found to be numerous in both the 5' and 3' ends of the genes represented, and highly polymorphic (93.5%) in the mapping population [ 31].

This result is expected, because of the more conserved nature of coding sequences sampled by EST-related SNP markers relative to non-coding sequences sampled by microsatellites and RAPDs.

Despite this, drainage explained a similar percentage of variation in microsatellites when samples from 2001 were excluded, and for mtDNA the structure was even more pronounced in this limited dataset.

Moreover, low and non-significant F ST values were obtained for all neutral microsatellites when samples were grouped according to their genotypes at both genes.

In agreement with previous studies, the success rate was higher for mtDNA than for microsatellites, bone samples amplified on average better than the pelt samples [ 31], and tissue samples from dental cavities were a very good source of usable DNA [ 6].

Briefly, we first identified and ranked the most polymorphic loci by obtaining heterozygosity data for the 10 microsatellites across all samples.