| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30531232 | Cynara cardunculus | Eucalyptus grandis | 99.3 | 96.22 | 88.52 | 3259 | reverse complement |
| CNT30318007 | Cynara cardunculus | Corylus avellana | 81.17 | 76.22 | 90.47 | 2664 | forward |
| CNT30550233 | Cynara cardunculus | Ipomoea triloba | 57.46 | 66.9 | 90.3 | 1886 | reverse complement |
| CNT30519180 | Cynara cardunculus | Juglans regia | 97.17 | 96.43 | 89.97 | 3189 | reverse complement |
| CNT30619309 | Cynara cardunculus | Sesamum indicum | 53.38 | 79.75 | 89.04 | 1752 | forward |
| CNT3021656 | Cynara cardunculus | Citrullus lanatus | 101.04 | 54.77 | 89.72 | 3316 | reverse complement |
| CNT30508033 | Cynara cardunculus | Nicotiana attenuata | 92.02 | 90.69 | 89.01 | 3020 | reverse complement |
| CNT3047210 | Cynara cardunculus | Prunus dulcis | 77.97 | 79.55 | 88.67 | 2559 | reverse complement |
| CNT30311297 | Cynara cardunculus | Camelina sativa | 59.2 | 96.47 | 88.47 | 1943 | reverse complement |
| CNT30433917 | Cynara cardunculus | Papaver somniferum | 78.76 | 94.83 | 89.09 | 2585 | reverse complement |
| CNT30583181 | Cynara cardunculus | Echinochloa crusgalli | 69.07 | 96.72 | 87.6 | 2267 | reverse complement |
>peptide 1 (30 aa)
MSYSFVRVSRRAEWGARRPVLGTRRCRGTL*
>peptide 2 (29 aa)
MPKVLPRPPFPPTHRGLALAPTTGCRSRS*
>peptide 3 (64 aa)
MLTLEPFLEDQGWSAVHPTRGIPPISFLASCGFTHPLTRTHVILLCPCFKTGRMGCPQAGAGNA*
>peptide 4 (53 aa)
MSTTGRASHSVLRIFKGYRGRTGHEAMYGALPAAGPYLRLSRFQGGQAVKQKR*
>peptide 5 (40 aa)
MIGRADIKESKSNVTMNKPIILVVTFMTPLASNSEGLKDC*
>peptide 6 (39 aa)
DESERRSVESQWIVAARPLCHLQYPVTYLSRLQRILPAA*
>peptide 7 (38 aa)
MCRPSQTPHLYMSSARIGPPRRALGPKIGALPCFRFME*
>peptide 8 (34 aa)
MAHFELSFPWYGSTKQSRRPTYLKFSNRSRALRP*
>peptide 9 (30 aa)
MCKCYSHGTCPLFGLQNSHLNICYYHQDPH*
>peptide 10 (66 aa)
MARAANHDRRDGISTGISTARALAAAPIHTGPCPESIGGPALAVPHPTGTHRRPPSASLXTISSTI*
>CNT30335982
GACGAATCTGAGCGACGTAGTGTTGAATCTCAGTGGATCGTCGCAGCAAGGCCACTCTGCCACTTACAATACCCCGTCACGTATTTAAGTCGCCTGCAAA
GGATTCTACCCGCCGCTTGATGGGAATTGTACTTCAAGGCGGCCTGCACGACTCGTCCGTTGCACGGGCTTGGCCAACAACACGTGCCTTTGGGAGCTGA
GGCCGCTACTGCTGGTCGGCAAACAGGCGGCGGGCATACGCGTCGCTTCTAGCCCAGATTCTGACTTAGAGGCGTTCAGTTATAATCCAGCGCACTGTAG
CTTTGCGCCACTGGCTTTTCAACCAAGCGCGATGACCAATTGTCTGAATCAACGGTTCCTCTCGTACTAGGTTGAATTACTATTGCGACACTGTCATCAG
TAGGGTAAAACTAACCTGTCTCACGACGGTTTAAACCCAGCTCACTTTCCCTATTAGTGGGTGAACAATCCAACACTTGGTGAACTCTGCTTCACAATGA
TAGGAAGAGCCGACATCAAAGAATCAAAAAGCAACGTCACTATGAACAAGCCAATTATCCTTGTGGTAACTTTTATGACACCTTTAGCTTCAAATTCCGA
AGGTCTAAAGGATTGTTAGGCCACACTTTCACGGTTCGTATTCGTACTGGAAATCAGAATCAAACGAGCTTTTACCCTTCTGTTCCACACGAGATTTTCT
GTTCTTGTTGAGCTCATCTCTGGACACCTGCGTTATCTTTTAACAGATGTGCCGCCCCAGCCAAACTCCCCACCTGTATATGTCTTCTGCCCGGATTGGC
CCTCCGAGGCGAGCCTTGGGTCCAAAAATAGGGGCATTGCCCTGCTTCCGATTCATGGAATAAGTAAAATAACGTTAAAGGTAGTAGTATTTCACTTTCG
CCCGAGGGCTCHCACTTATACTACACCTCTCAAGTCATTTCACAAAGTCGGACTAGAGTCAAGCTCAACAGGGTCTTCTTTCCCCGCTGATTCTGCCAAG
CCCGTTCCMTTGGYTGTGGTTTCGCTGGATAGTAGACAGKRAMAGTGGGAATCTCGTTAATCCATTCATGMGCGTCACTAATTAGATGACGAGGCATTTG
GCTACCTTAAGAGAGTCATAGTTACTCCCACCGTTTACCCGCGTTGAATTTCTTCACTTTGACATTCAGAGCACTAGGCAGAAATCACATTGCGTTAGCA
TCCGTAGGGACCATCGCAATGCTTTGTTTTAATTAAACAGTCGGATTCCTCTTGTCCGTACCAGTTCGGAGTTGGCTGTTTGACACCCGGGGAAGGCCCC
CAAAGAGGTCGTTCCCAGTCCGTCACCCGGCTGGCACGCGACGACCCGCTCTCTCCACGGAAACAGCTTGAGTAGTTCGCCGACAGCCGACGGGTTCGGG
ACTGGGACGCCTGTGCCCAACCCTCAGAGCCAATCCTTTTCCCGAGGTTACGGATCCATTTTACGGACTTCCTTTGCCTACATTGTTCCATCGACCAGAG
GTTGTTCACCTTGGAGACCTGATGCGGTTATGAGTACGACCGGGCGTGCCTCCCACTCGGTCCTCCGGATTTTTAAGGGCTATCGGGGGCGCACCGGACA
TGAAGCGATGTACGGTGCTCTTCCAGCCGCTGGACCCTACCTCCGACTGAGTCGATTCCAGGGTGGGCAGGCTGTTAAACAAAAAAGATAACTCTTCTCG
AGGCCACCGCCGACGTCTCCGGACTCCCTAACATTGTCGTCAGCTGCCACGTCTCGGTTCAGGAATTTGAACCCGATTCCCTTTCGAAGCTCGCGCGAAA
CACGCTATCTGACGGGCTTCCCCCGCTTCTTAGGATCGACTAACCCATGTGCAAGTGCTATTCACATGGAACCTGTCCGCTCTTCGGCCTTCAAAATTCT
CATTTGAATATTTGCTACTACCACCAAGATCCACACTGACGGCCGCTCATGCCCAAGGTTTTGCCGCGACCGCCATTCCCTCCTACTCATCGGGGCCTGG
CACTTGCCCCGACGACCGGGTGTAGGTCGCGCTCTTAAGCGCCATCTATTTTCGGGGCTAGTTGATTCGGTAGGTGAGTTGTTACACACTCCTTAGCGGA
TTTCGACTTCCATGACCACCGTCGTGCTGTCTTAATCGACCAACACCTTTTGTCGGTTCTAGGTTAGCGCGCAGTTTGGCACCGTAGCCCGACTTTCGGT
TCATCCCGCATCGCCAGTTCTGCTTACCAATAATGGCCCACTTTGAGCTCTCATTTCCGTGGTACGGCTCAACGAAGCAGTCGCGCCGTCCTACCTATTT
AAAGTTTTCGAATAGGTCGAGGGCGTTGCGCCCTTGATGCCTCTAATCATTTGCTTTACCCGATAGAACTCGCACCCGGGCTCCAGCTATCCTGAGGTAA
TCGTCGGAGGAACCAACTACTAGACAGTTCGATAGACAGTTCGATTAGTCTTTCGCCCCTTTACCCAATTCAGACGAACGATTTGCACGTCAATATCGTT
GCGGGCCTCCACCAGAGTTTCCTCAGGCTTCGCCCCGCTCAGGCATAGTTCACCATCTTTCGGGTCCCGACAGGCATGCTCACACTTGAACCCTTCTTAG
AAGATCAAGGTTGGTCGGCGGTGCACCCCACGAGGGGGATCCCGCCAATCAGCTTCCTTGCGTCTTGCGGGTTTACTCACCCGTTGACTCGTACACATGT
CATACTCCTTTGTCCGTGTTTCAAGACGGGCCGAATGGGGTGCCCGCAGGCCGGTGCTGGGAACGCGTAGGTGTCGAGGCACGCTGTGATGGCGCGCGCT
GCCAACCACGATCGACGCGACGGCATCTCCACGGGCATATCAACAGCCCGGGCTTTGGCCGCCGCACCAATCCACACCGGTCCATGCCCTGAGTCGATCG
GCGGACCGGCTCTCGCCGTTCCACATCCAACCGGGACGCATCGCCGGCCCCCATCCGCTTCCCTCMCGACAATTTCAAGCACTATTTGACTCTCTTTTCA
AAGTCCTTTTCATCTTTCCCTCGCGGTGCTTGTTTGCTATCGATCTCACGGCGATATTTAGCCTTGGACGGAATTTACCGCCCTATTGGGGCTACATTCC
CAAACAACCCGACTCGCAGACAGCGCCTCGTGGTGCGACAGGGTCCAGGCACGACGGGGCTCTCGCCCTCTCTGGCTCCCCCTTCCAGGGGAGTTGGGCC
CGGTCCGCCGCTGAGGACGCTTCTCCAGACTACAATTCGGACGGCGAGGCTGCCCGATTTTCAAGTTGGGATGTTCCCGGTT