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Genotyping-by-sequencing application on diploid rose
(2018)
A highly black spot resistant breeding line derived from R. wichurana “Basye’s Thornless” (black spot resistant)—J06-20-14-3 (J14-3) according to Dong et al., a moderately resistant cultivar “Old Blush” (OB) and three susceptible cultivars with excellent ornamental characteristics—“Little Chief” (LC), “Red Fairy” (RF), and “Vineyard Song” (VS) were used to generate the three diploid populations (2n = 2x = 14) for linkage map construction
(2018)
A highly black spot resistant breeding line derived from R. wichurana “Basye’s Thornless” (black spot resistant)—J06-20-14-3 (J14-3) according to Dong et al., a moderately resistant cultivar “Old Blush” (OB) and three susceptible cultivars with excellent ornamental characteristics—“Little Chief” (LC), “Red Fairy” (RF), and “Vineyard Song” (VS) were used to generate the three diploid populations (2n = 2x = 14) for linkage map construction
(2018)
A highly black spot resistant breeding line derived from R. wichurana “Basye’s Thornless” (black spot resistant)—J06-20-14-3 (J14-3) according to Dong et al., a moderately resistant cultivar “Old Blush” (OB) and three susceptible cultivars with excellent ornamental characteristics—“Little Chief” (LC), “Red Fairy” (RF), and “Vineyard Song” (VS) were used to generate the three diploid populations (2n = 2x = 14) for linkage map construction
(2018)
A highly black spot resistant breeding line derived from R. wichurana “Basye’s Thornless” (black spot resistant)—J06-20-14-3 (J14-3) according to Dong et al., a moderately resistant cultivar “Old Blush” (OB) and three susceptible cultivars with excellent ornamental characteristics—“Little Chief” (LC), “Red Fairy” (RF), and “Vineyard Song” (VS) were used to generate the three diploid populations (2n = 2x = 14) for linkage map construction
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