Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions

This study compares diversity patterns of five microsatellite (SSR) markers in two Iranian native horse populations (Turkoman sahra and Turkoman Jergelan) to infer relationships between them and to compare levels of their polymorphism for use in conservation efforts. Two populations across microsate...

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Main Authors: S Behroozinia, S. Z Mirhoseini, F Afraz, A Sohrabi, S.A Mohammadi, S Shahbazi, S.B Dalirsefat
Format: Article
Language:fas
Published: Ferdowsi University of Mashhad 2011-12-01
Series:پژوهشهای علوم دامی ایران
Online Access:http://ijasr.um.ac.ir/index.php/animal/article/view/10584
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spelling doaj-8c71ad06540e42dca6d2246d7369d1b22021-05-03T01:50:29ZfasFerdowsi University of Mashhadپژوهشهای علوم دامی ایران2008-31062423-40012011-12-01313961Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan RegionsS BehrooziniaS. Z MirhoseiniF AfrazA SohrabiS.A MohammadiS ShahbaziS.B DalirsefatThis study compares diversity patterns of five microsatellite (SSR) markers in two Iranian native horse populations (Turkoman sahra and Turkoman Jergelan) to infer relationships between them and to compare levels of their polymorphism for use in conservation efforts. Two populations across microsatellite loci had significant deviations from Hardy-Weinberg equilibrium. Average number of alleles were 3.6 and 4 in Turkoman Jergelan and Turkoman sahra, respectively, varying from 3 (HMS1) in Turkoman Jergelan to 6 (ASB2) in Turkoman sahra. AHT4 locus was monomorph in two populations. Average observed and expected heterozygosity was 0.366 and 0.668 for Turkoman Jergelan and 0.316 and 0.685 for Turkoman sahra, respectively. The lower observed rather than expected heterozygosity confirms high inbreeding level in two populations. Estimates of Nei’s Genetic distance showed a low distance (0.0647) between two populations which may be caused by their common ancestor, genetic substructures and gene flow occurrence in Raz and Turkeman sahra regions.http://ijasr.um.ac.ir/index.php/animal/article/view/10584
collection DOAJ
language fas
format Article
sources DOAJ
author S Behroozinia
S. Z Mirhoseini
F Afraz
A Sohrabi
S.A Mohammadi
S Shahbazi
S.B Dalirsefat
spellingShingle S Behroozinia
S. Z Mirhoseini
F Afraz
A Sohrabi
S.A Mohammadi
S Shahbazi
S.B Dalirsefat
Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
پژوهشهای علوم دامی ایران
author_facet S Behroozinia
S. Z Mirhoseini
F Afraz
A Sohrabi
S.A Mohammadi
S Shahbazi
S.B Dalirsefat
author_sort S Behroozinia
title Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
title_short Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
title_full Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
title_fullStr Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
title_full_unstemmed Genetic Characterization of Two Iranian Turkoman Horse Populations from Turkoman Sahra and Turkoman Jergelan Regions
title_sort genetic characterization of two iranian turkoman horse populations from turkoman sahra and turkoman jergelan regions
publisher Ferdowsi University of Mashhad
series پژوهشهای علوم دامی ایران
issn 2008-3106
2423-4001
publishDate 2011-12-01
description This study compares diversity patterns of five microsatellite (SSR) markers in two Iranian native horse populations (Turkoman sahra and Turkoman Jergelan) to infer relationships between them and to compare levels of their polymorphism for use in conservation efforts. Two populations across microsatellite loci had significant deviations from Hardy-Weinberg equilibrium. Average number of alleles were 3.6 and 4 in Turkoman Jergelan and Turkoman sahra, respectively, varying from 3 (HMS1) in Turkoman Jergelan to 6 (ASB2) in Turkoman sahra. AHT4 locus was monomorph in two populations. Average observed and expected heterozygosity was 0.366 and 0.668 for Turkoman Jergelan and 0.316 and 0.685 for Turkoman sahra, respectively. The lower observed rather than expected heterozygosity confirms high inbreeding level in two populations. Estimates of Nei’s Genetic distance showed a low distance (0.0647) between two populations which may be caused by their common ancestor, genetic substructures and gene flow occurrence in Raz and Turkeman sahra regions.
url http://ijasr.um.ac.ir/index.php/animal/article/view/10584
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AT fafraz geneticcharacterizationoftwoiranianturkomanhorsepopulationsfromturkomansahraandturkomanjergelanregions
AT asohrabi geneticcharacterizationoftwoiranianturkomanhorsepopulationsfromturkomansahraandturkomanjergelanregions
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