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Previous studies have estimated that less than 10% of passerine microsatellites are polymorphic in species from different taxonomic families [ 26, 57, 58].
Genotyping of the microsatellites using genomic DNA from sea bream caught at different geographic locations and a family panel, revealed both microsatellites are polymorphic and the locus sbPAC1B scores more alleles (8 alleles) than sbPAC1A (4 alleles) (Additional file 1).
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All the microsatellites were polymorphic and a total of 148 alleles were detected across these loci.
All microsatellites were polymorphic and useful for T. cruzi genetic variability studies.
This showed that most microsatellites were polymorphic.
For the SA-RH11-LG2 group, all 10 genotyped microsatellites were polymorphic (2 18 alleles, mean = 7.1).
Primers were designed by routine techniques and after verification that the microsatellites were polymorphic, they were registered in the Genome DataBase with accession numbers GDB 11524532 for DXS1012 and GDB 11524534 for DXS1019.
All these microsatellites were polymorphic, having 2 to 4 alleles (Table 6).
Of the 31 loci screened, six microsatellites were polymorphic and not in linkage disequilibrium.
All 18 microsatellites were polymorphic among S. guianensis and its related species, and 16 were polymorphic within S. guianensis.
Ten of the 11 microsatellites were polymorphic in all the populations; Locus DIU1 was monomorphic in South Dakota.
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