The objective of this study was to determine genetic distance between barley genotypes
based on RAPD and ISSR analyses. The number of amplified bands of genotypes in the primers
ranged 4-11 in RAPD and 7-11 in ISSR. The most polymorphic bands in primer/primer combinations
were obtained from OPA-04, OPA-13 and OPH-17 in RAPD, and UBC-808, UBC-820 and UBC-872
in ISSR. Results showed that average polymorphic rate was 86.5%. Performances of cultivars in
groups asist possibility in creating genetic variability in barley cultivar development. RAPD and ISSR
methods are useful for evaluation of genetic diversity and could be safely used to determine the
genetic relationships in barley genotypes.
The objective of this study was to determine genetic distance between barley genotypes based on RAPD and ISSR analyses. The number of amplified bands of genotypes in the primers ranged 4-11 in RAPD and 7-11 in ISSR. The most polymorphic bands in primer/primer combinations were obtained from OPA-04, OPA-13 and OPH-17 in RAPD, and UBC-808, UBC-820 and UBC-872 in ISSR. Results showed that average polymorphic rate was 86.5%. Performances of cultivars in groups asist possibility in creating genetic variability in barley cultivar development. RAPD and ISSR methods are useful for evaluation of genetic diversity and could be safely used to determine the genetic relationships in barley genotypes.
Other ID | JA89JV23CM |
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Journal Section | Research |
Authors | |
Publication Date | September 1, 2015 |
Submission Date | September 1, 2015 |
Published in Issue | Year 2015 Volume: 10 Issue: 2 |
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