Gorgan University of Agricultural Sciences and Natural Resources Journal of Crop Production 2008-739X 6 2 2013 08 23 The evaluation of genetic diversity of Einkorn wheats using microsatellite markers The evaluation of genetic diversity of Einkorn wheats using microsatellite markers 1 16 1298 FA Hadi Kharestani agriculture A. Nasrolah Nejad Gomi Ali Ashraf Mehrabi Journal Article 2012 06 11 Genetic diversity in 22 accessions of Einkorn wheat including thirteen T. boeoticum, four T. monococcum and five T.urartu, evaluated by 24 microsatellite markers originated from A genome of bread wheat. Twenty of these SSRs amplified 86 polymorphic fragments among accessions. Allele number per locus ranged from 2 to 9 and 4.1 in average. Polymorphism information content was calculated from 0.09 (Xgwm99-1A) to 0.86 (Xgwm165-4A). Dendrogram constructed on dice dissimilarity coefficients by Neighbor-Joining algorithm separated accessions in three distinct groups. T. monococcum with two of T. urartu accessions made group I. but T. boeoticum and T. urartu species join together could not be separated and scattered in the rest groups, Also these two einkorn wheat species have not any genetically and geographically differentiation. The collected accessions from northwestern regions of Iran have too much more diversity than the western regions of country that we could use from this diversity for found resistant genes about biotic (pest) and abiotic (drought and salt) stress. Genetic diversity in 22 accessions of Einkorn wheat including thirteen T. boeoticum, four T. monococcum and five T.urartu, evaluated by 24 microsatellite markers originated from A genome of bread wheat. Twenty of these SSRs amplified 86 polymorphic fragments among accessions. Allele number per locus ranged from 2 to 9 and 4.1 in average. Polymorphism information content was calculated from 0.09 (Xgwm99-1A) to 0.86 (Xgwm165-4A). Dendrogram constructed on dice dissimilarity coefficients by Neighbor-Joining algorithm separated accessions in three distinct groups. T. monococcum with two of T. urartu accessions made group I. but T. boeoticum and T. urartu species join together could not be separated and scattered in the rest groups, Also these two einkorn wheat species have not any genetically and geographically differentiation. The collected accessions from northwestern regions of Iran have too much more diversity than the western regions of country that we could use from this diversity for found resistant genes about biotic (pest) and abiotic (drought and salt) stress. https://ejcp.gau.ac.ir/article_1298_e159490e277fdd462f8f62a699949abb.pdf