Fig. 1: Generation of Raphanobrassica, comparison of phenotypes among the hybrid and its diploid progenitors and synteny analysis between RsRs and C°C° genomes. | Horticulture Research

Fig. 1: Generation of Raphanobrassica, comparison of phenotypes among the hybrid and its diploid progenitors and synteny analysis between RsRs and C°C° genomes.

From: Genome-wide unbalanced expression bias and expression level dominance toward Brassica oleracea in artificially synthesized intergeneric hybrids of Raphanobrassica

Fig. 1

a The schematic diagram for the generation of allotetraploid Raphanobrassica. b Comparisons of the whole silique, pod, and seed phenotypes among the hybrid and its diploid parents at 35 DAF. The black arrow indicates a sponge-like membrane enclosing RsRs seeds. Scale bars, 1 cm. c Magnified images of those from (b) in white rectangular boxes. Arrows indicate the dehiscence zones of Csi and RCsil. d Silique length (without the tip) of RsRs, C°C°, RrRrCrCr, upper and lower parts of the RrRrCrCr silique at 35 DAF. Error bars, standard deviation. eThe number of seeds per silique of RsRs, C°C°, RrRrCrCr, upper and lower parts of RrRrCrCr silique. f A 3:3 synteny pattern between RsRs and C°C° genomes. g Dot plot of pairwise synteny between RsRs and C°C° genomes. R1-R9 indicated the nine longest scaffolds of the RsRs genome. C1-C9 indicated the nine chromosomes of C°Co genome

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