Using Simple Sequence Repeats in 9 Brassica Complex Species to Assess Hypertrophic Curd Induction

Five Simple Sequence Repeats (SSRs) were used to assess the relationship between inflorescence characteristics and their allelic variation in 53 Brassica oleracea wild relatives (n = 9). Curd morphometric traits, such as weight (CW), height (CH), diameter (CD1), shape (CS) curvature angle (CA), its curd stem (CD2), measured. The aim of work was analyze relationships among patterns SSRs primers utilized, status homo or heterozygosity registered at each locus, well traits order individuate genomic regions stimulating hypertrophy this reproductive organ. found explain diversity B. complex species 9) for size structure, allowing important time reduction during breeding process by crossing species, transferring useful resistance, organoleptic nutraceutical traits. five loci BoABI1, BoAP1, BoPLD1, BoTHL1, PBCGSSRBo39. According ascertained, we evaluated index (H) SSR above cited. results showed a significant interaction H BoPLD1 gene characteristics, summarized First Principal Component (PC1) (p-value 0.0244); ascertained negative correlation namely CW, CH, CD1, CD2, CA. homozygosity alelles, indicated index, affect broccoli cauliflower yields.