Fig. 3From: Comparative analysis of the genetic variability within the Q-type C2H2 zinc-finger transcription factors in the economically important cabbage, canola and Chinese cabbage genomesComparison of map position and percent identity between the diploid Brassicas. Brassica rapa (top) and Brassica oleracea (bottom) chromosomes with red gene names containing protein sequences that are 92–98% identical, map to the same chromosome and are in identical order. BrZFP10 and BrZFP11 are tandem duplications. Genes in black are not present in the other species (BoZFP23, BoZFP29, BoZFP36). BrZFP14 is a homolog of BoZFP1, which is currently unmapped. Additional homologous pairs between the two species are identified by like colors and with or without underline or italics. These additional genes generally do not appear in the same genomic location. An exception is the 3 genes in orange on either chr 9 of B. oleracea or chr 10 of B. rapaBack to article page