Sentence examples for microsatellites indicate that from inspiring English sources

Conclusions: Our results from the 10 highly polymorphic microsatellites indicate that the principal reproductive mode of B. roxburghiana is clonal in the studied population.

Data from human, mouse, fruit fly, and yeast microsatellites indicate that polymerase slippage rates are highest in dinucleotides, followed by tri-, and tetranucleotides [ 61, 65].

Consistent with the lack of haplotype sharing and high pairwise R ST values, the results of gene flow measures based on microsatellites indicate that the SMO, TUX and YUC populations exchange no migrants.

Although based on a small number of cases, our cumulative data from LOH analyses performed by various markers (heterozygous LGR region, SNPs, and microsatellites) indicate that partial LOH can take place at the mutated MLH1 or MSH2 loci in LGR carriers.

Early studies of human germline mutations at dinucleotide microsatellites indicated that expansions outnumber contractions (Ellegren 2000).

Although high levels of mortality were recorded on a number of different islands during the 1997 1998 El Niño, the microsatellite data indicate that only one of the 11 populations examined (Marchena) showed signatures of either a critically small population size during the time interval in which the El Niño event occurred or a reduction in genetic diversity following the warming period.

Analyses of simulated microsatellite data indicate that we identified hybrids with great accuracy and that we probably underestimated their true number.

Individuals are probabilistically assigned to populations, or jointly to two or more populations if their microsatellite data indicate that they are admixed.

Microsatellite data indicate that despite the accumulated high sequence mt divergences, individuals from both clades were not reproductively isolated and thus, secondary contact in the Atlantic Ocean led to interbreeding, and present-day genetic homogenization at the nuclear level [ 33].

However, the low rate of LOH recorded in blood, the lack of concordance of the LOH patterns in the different tissues, and the small and coincidentally created set of microsatellite markers indicate that the method needs to be further improved.

Even though nesting of some individuals within a different species may be caused by some microsatellites being identical in allele-size without being identical by descent (homoplasy), the results obtained from individual-based analyses using mtDNA and microsatellite markers indicate that monophyly patterns in P. delagoae and P. barbarae are not well supported.