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We report the first high-density genetic map for sesame.
We report here the first high-density genetic map for sesame.
A high-density genetic map for sesame has not been published yet due to a lack of sufficient molecular markers.
SLAF-seq was employed in this study to obtain sufficient markers to construct a high-density genetic map for sesame.
From these data, we have constructed the first haplotype map for sesame, which provides insight into the genetic diversity of sesame across multiple strains.
But a high-density genetic map for sesame has not been published yet due to a lack of sufficient molecular markers.
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To our knowledge, this map is the densest genetic linkage map to date for sesame.
To our knowledge, the genetic map presented in this paper is the densest map to date for sesame, though it is still not saturated, because it has 15 LGs, not 13 LGs as was expected.
Although 120 EST-SSRs have previously been developed from 3,428 EST sequences and utilized in sesame genetic diversity analysis and mapping [ 8, 10, 22], polymorphic markers are few, and marker-assisted gene mapping for important sesame traits or biological processes such as disease resistance, sesame growth and development, and seed formation has thus not been widely implemented.
The present study not only mapped 41 QTLs for sesame PH and related traits but also detected nine QTLs for sesame seed coat color.
Just one genetic map has been published for sesame [ 2] and quantitative trail loci (QTL) mapping has not been reported.
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