Background: Current study was designed to provide a better insight into the circulating genotypes, genetic diversity, and population structure of spp. between southeast of Iran and Pakistan

Methods: From Jun 2020 to Dec 2020, 46 hydatid cysts were taken from human (n: 6), camel (n: 10), goat (n: 10), cattle (n: 10) and sheep (n: 10) in various cities of Sistan and Baluchestan Province of Iran, located at the neighborhood of Pakistan. DNA samples were extracted, amplified, and subjected to sequence analysis of and genes.

Results: The phylogeny inferred by the Maximum Likelihood algorithm indicated that G1 genotype (n: 19), G3 genotype (n: 14) and G6 genotype (n: 13) assigned into their specific clades. The diversity indices showed a moderate (: Hd: 0.485) to high haplotype diversity ( Hd: 0.867) of s.s. (G1/G3) and low nucleotide diversity. The negative value of Tajima's and Fu's Fs test displayed deviation from neutrality indicating a recent population expansion. A parsimonious network of the haplotypes of displayed star-like features in the overall population containing IR9/PAK1/G1, IR2/PAK2/G3 and IR18/G6 as the most common haplotypes. A pairwise fixation index (st) indicated that s.s. populations are genetically moderate differentiated between southeast of Iran and Pakistan. The extension of haplotypes PAK18/G1 (sheep) and PAK26/G1 (cattle) toward Iranian haplogroup revealed that there is dawn of flow due to a transfer of alleles between mentioned populations through transport of livestock or their domestication.

Conclusion: The current findings strengthen our knowledge concerning the evolutionary paradigms of in southeastern borders of Iran and is effective in controlling of hydatidosis.

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http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11246203PMC
http://dx.doi.org/10.18502/ijpa.v19i2.15850DOI Listing

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