Abstract

Three genotypes of wheat developede for saltetoleranceethroughe plant breeding program and two local cultivars were screened for genetic variation under salinity conditions through RAPD and ISSR markers. Eight selected primers (OP1-06, OPE-16, OPN-07, OPO-17, OPD-20, OPL-05, OPI-01 and OPJ-13) were used in randomeamplifiede polymorphic eDNA (RAPD-PCR reaction) and three selected primers (UBC 809, UBC 810 and UBC 811) were used in ISSR markers. According to the results of the amplification and ISSR markers, the genetic distance and dendogram illustratedegeneticefingerprint and relationshipsebetweeneselected genotypes and local cultivars were determinant. Results revealed that there are genetics differences between the selected genotypes and the local cultivars in some specific segment at different size (bp) with all primers which used in this study, except the result of the primer (OPE-16) showed that there are no bands appeared in all selected genotypes and local cultivars. Other results of RAPD markers showed that there are differences among the selected genotypes in their banding patterns only with primers (OP1-06, OPN-07 and OPO-17) at different size. The results of ISSR markers showed differences that there are also differences between the selected genotypes and local cultivars in specific segment with the three primers which used, the selected genotypes were similar in banding patterns with UBC 809 and UBC 811primers. Genetically, the results showed that all the selected genotypes and local cultivars differed in their genetic distance, variations among the selected genotypes in their genetic distance. In conclusion the selected genotypes (salt tolerant) genetically differed from the local cultivars (salt sensitive).

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The article was added to IASJ on 2018-03-15

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