Abstract： Simple sequence repeat （SSR） analysis was used to study the genotype relation among ten different olives varieties from Al-Zafrania and A1-Mosel station ministry of agriculture/Iraq Shami, Sorani, Manzenl...Abstract： Simple sequence repeat （SSR） analysis was used to study the genotype relation among ten different olives varieties from Al-Zafrania and A1-Mosel station ministry of agriculture/Iraq Shami, Sorani, Manzenllo, Qaysi, Arbqween, Jlot （Labeeb）, Baashiqi, Dahkan, Nepali, Khodeiri, Fifteen SSR loci were studied and produced 239 amplified fragment. Two hundred and thirty seven of these loci （99.16%） were polymorphic over all the genotypes tested. Dendrogram and matrix of similarity were obtained by the Unweighted Pair-Group Method analysis （UPGMA）. Study showed two groups： group A： Nepali, Arbqween, and group B： divided in two sub groups （sub group B 1： Jlot, Dahkan, sub group B2： other cultivar）, while the genotype relation according to phenotype was confused. SSR has a better molecular marker than other molecular technique for detecting genetic relationship among cultivars, and help in known the pedigree of relatives and ancestors.展开更多
文摘Abstract： Simple sequence repeat （SSR） analysis was used to study the genotype relation among ten different olives varieties from Al-Zafrania and A1-Mosel station ministry of agriculture/Iraq Shami, Sorani, Manzenllo, Qaysi, Arbqween, Jlot （Labeeb）, Baashiqi, Dahkan, Nepali, Khodeiri, Fifteen SSR loci were studied and produced 239 amplified fragment. Two hundred and thirty seven of these loci （99.16%） were polymorphic over all the genotypes tested. Dendrogram and matrix of similarity were obtained by the Unweighted Pair-Group Method analysis （UPGMA）. Study showed two groups： group A： Nepali, Arbqween, and group B： divided in two sub groups （sub group B 1： Jlot, Dahkan, sub group B2： other cultivar）, while the genotype relation according to phenotype was confused. SSR has a better molecular marker than other molecular technique for detecting genetic relationship among cultivars, and help in known the pedigree of relatives and ancestors.
