Raw genomic data from wild type Desiree potato variety and CML30 mutants
Our study focused on the function of the potato CML30 gene (Soltu.DM.06G013340.1) and of other mutations and CRISPR off-targets in the anthocyanin synthesis. To this end, the Solanum tuberosum variety Desiree (pink tubers) has been CRISPR/Cas9 genome edited within the CML30 gene and mutant lines no. 1 (pink tubers) and no. 8 (yellow tubers) have been created.The submitted data are raw sequence reads in BAM files from the sequenced genomes (whole genome sequencing) of non-mutant potato variety Desiree (Solanum tuberosum cv. Desiree) and Desiree mutants no. 1 and 8 in the CML30 gene (Soltu.DM.06G013340.1) generated through CRISPR/Cas9 genome editing by using the CRISPR target: CAATACTGAAGGGCTATTAGAGG. There are three replicates each: DESC2, DESC3, DESC4 (Desiree control), CML30_1_2, CML30_1_3, CML30_1_4 (CML30 Line 1) and CML30_8_1, CML30_8_3, CML30_8_4 (CML30 Line 8), respectively. The genomes were sequenced by Novogene company (Nanjing, China) using Illumina NovaSeq X Plus (150 bp, pair-end read) with an average 30x sequencing depth. Valid sequencing data were mapped to the reference genome (spud_db_uga_solanum_tuberosum_DM_1_3_516_R44_v6_1).