Interestingly, all genotyped individuals showed at least one triploid locus profile among the tested loci, which may be evidence of polyploidy associated to their life history, in particular to asexual reproduction by parthenogenesis.
The 14-locus profile used to generate extended haplotypes provided greater resolution for the Altaian Kazakhs and, thus, allowed additional analysis of its populations.
A search of the YHRD database (http://www.yhrd.org) was conducted and no match was observed between the 17 locus profile and the 10,243 haplotypes including at least 2,068 individuals from the Eurasian Metapopulation.
This technique has been used previously [21], [22] and the limitations on the attribution accuracy achievable from a 7-locus profile have been validated by calculating the probability of correct 'self-assignment' of a randomly selected sub-set of each host species to the correct origin population [22].
The HLA-C locus profile of this cohort was studied by methods based on molecular biology and was compared with that of 45 patients with psoriasis vulgaris and 177 healthy blood donors from the same ethnic origin.
An active transmission of SIT 20 in French Guiana since 1999 could be established since 2 subclusters identified based on the VNTR profiles (G1 and G2) differed by a single locus, locus 26 (12MIRU profile G1: 2232261 6 3321; G1: 2232261 9 3321).
Based on the multi-locus profiles, twenty-two distinctive genotypes were identified.
Once the Y-STRs were reduced to five locus profiles, we were able to compare our Altaian Kazakh population to those from the published literature [11], [12], [13].
As a further method of validating our microarrays, we compared our average observed levels of transcriptional and epigenetic signals to previously described signals within specific gene elements across the entire locus profiled.
Twenty four SSR primer pairs out of 87 gave multi-locus profiles.
