Fig. 2From: An optimised CRISPR/Cas9 protocol to create targeted mutations in homoeologous genes and an efficient genotyping protocol to identify edited events in wheatSchematic representation of the genotyping protocol to detect CRISPR editing events in wheat genes. Rows starting with Genome A, B and D illustrate the three homoeologous genes with the best match to TaNFXL1, with black and white boxes representing coding and non-coding exons respectively, horizontal lines introns and light grey boxes sgRNA positions. Horizontal arrows indicate the position of the homoeolog-specific PCR primers used for the first round of PCR. FAM, NED and VIC fluorescent dyes were used in a second PCR amplification to label the amplicons from the homoeologs on subgenomes A, B and D respectively. The bottom panel is a schematic representation of an electropherogram depicting possible results for non-edited (WT) and CRISPR-edited (nfxl1) homoeologs from subgenomes A, B and DBack to article page