| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30312399 | Daucus carota | Camelina sativa | 55.29 | 87.21 | 84.02 | 1139 | forward |
| CNT30120507 | Daucus carota | Citrus clementina | 42.96 | 81.34 | 83.28 | 885 | forward |
| CNT3066527 | Daucus carota | Selaginella moellendorffii | 40.39 | 99.64 | 83.17 | 832 | forward |
>peptide 1 (72 aa)
MECGLLLDVVVSQSPAIFELLTSENKTLLIRRNAFLVLDLGFDVVDCVRTFHLQGDGLSGQSFHKDLHLHIT*
>peptide 2 (54 aa)
MIRTNHLKEIETYEQTDEQIQILTNIYSFYLINREIAYITQRRETERERYLPCN*
>peptide 3 (31 aa)
MVSELSTSRVIVLPVRVFTKICIPPRRRNTR*
>peptide 4 (85 aa)
MPSLSWILALTLSIVSELSTSKVMVFPVRVFTKICICTSHKHKIKTIFINSTTNEFPDPHPYLHNTRNKTYTMNQLNITFYQFSN*
>CNT30623964
GCAAATACCTGAAAAATCATTAAGCACTATTTTCGTTATTCGAACTTAGATCTAAACCGGTTGTTGCAATCTAGACATAACATAGACATATATCAGGGAT
CTTCAACACGCATATATAAATGTTATATAAAACATAACAATTACTTGAAAACCAACAAGCAAATTACTAAAAAACAAGTTTATTCACCAACACTTGAATA
ACCACAGTAACTGTTCTTCCCACACAAGGAGCTTAAACAAAGTTCATAAAAAAAGGACAAATTCATCAGACACCAACTAGGAACACTGCTCAGAAATTGC
CACCACGGAGACGCAAGACCAAGTGAAGGGTGGACTCCTTCTGGATATTATAATCAGCCAGAGTCCTACCATCCTCAAGTTGCTTTCCAGCAAAGATCAA
CCTCTGCTGATCTGGAGGAATTCCTTCCTTGTCCTGGATCTTCGCCTTAACATTGTCAATGGTATCTGAACTCTCCACCTCTAGGGTTATAGTCTTGCCG
GTCAGAGTCTTCACGAAAATCTGCATACCACCACGGAGACGCAACACAAGGTGAAGGGTAGACTCCTTCTGGATATTGTAGTCTGCAAGGGTCCTGCCAT
CCTCCAACTGCTTTCCAGCAAAGATCAAACGCTGCTGGTCTGGTGGGATGCCTTCCTTATCCTGAATTTTTGCTTTGACGTTGTCAATAGTGTCAGAGCT
CTCAACTTCAAGGGTGATTGTCTTCCCAGTCAGGGTCTTGACAAAAATCTGCATACCACCACGGAGTCGGAGAACCAGATGGAGTGTTGACTCTTTCTGA
ATGTTGTAGTCTGCAAGAGTCCTGCCATCCTCCAGTTGCTTACCAGCGAAGATCAACCTCTGCTGGTCTGGGGGAATTCCTTCCTTGTCCTGGATCTTAG
CTTTCACATTGTCAATCGTATCCGAGCTCTCAACCTCCAGGGTAATAGTCTTGCCTGTCAAGGTCTTGACGAAAATCTGCATCCCTCCACGAAGACGGAG
CACAAGGTGAAGGGTGGATTCCTTCTGAATATTGTAATCAGCCAGAGTCCTTCCGTCCTCGAGCTGCTTTCCAGCAAAGATCAATCTCTGCTGGTCCGGG
GGAATGCCCTCCTTATCCTGAATCTTGGCCTTGACATTGTCAATTGTGTCTGAGCTCTCGACTTCCAGAGTGATCGTCTTTCCGGTCAACGTCTTAACGA
AGATCTGCATACCCCCGCGGAGACGGAGGACAAGATGGAGTGTGGACTCCTTCTGGATGTTGTAGTCAGCCAGAGTCCTGCCATCTTCGAGCTGCTTACC
AGCGAAAATAAGACGTTGCTGATCAGGAGGAATGCCTTCCTTGTCCTGGATCTTGGCTTTGACGTTGTCGATTGTGTCAGAACTTTCCACCTCCAAGGTG
ATGGTCTTTCCGGTCAGAGTTTTCACAAAGATCTGCATCTGCACATCACATAAACACAAAATTAAAACAATTTTTATCAATTCAACAACTAACGAATTTC
CAGATCCGCATCCGTATTTACATAACACACGCAATAAAACCTATACGATGAATCAATTGAACATCACGTTTTATCAATTCAGCAACTAACAAAATTCCAG
ATCATCCGCATATACATAATACACACAATAAAAAAGAATCAATTAAACATCTAACAAAATTACAGATCAGGATCTATATATTTTCCATAAGTATGTAACG
AAATTATCATGTAGATCTGTGTATATATTGTTACAAAATTAGAGGAACGAATTGATGCGTTCAGATCTTGACATAAACTTACAGATAGATACACAATCAG
ATGAACAAAGACGATGTATTCAGATCTGTATGTACATGTAAAGATTAATACATAATGATACGAACAAATCACCTAAAAGAGATCGAAACATACGAACAAA
CAGACGAACAAATACAGATCTTAACCAACATCTATAGCTTCTATCTAATCAATAGAGAAATAGCATATATAACGCAGAGGCGAGAGACAGAGAGAGAGAG
ATATTTACCTTGCAATTGAAGAGAAAAGAGATTTGTTGTGTTGGGTTGAGAGGAGAGAAT