| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30376792 | Prunus avium | Arabidopsis thaliana | 5.2 | 36.42 | 84.43 | 122 | forward |
| CNT3070872 | Prunus avium | Quercus suber | 9.8 | 30.91 | 84.78 | 230 | forward |
| CNT3046025 | Prunus avium | Prunus dulcis | 25.04 | 69.67 | 97.96 | 588 | forward |
| CNT30588616 | Prunus avium | Musa acuminata | 4.17 | 40.16 | 84.69 | 98 | forward |
| CNT30599767 | Prunus avium | Fraxinus excelsior | 5.32 | 30.27 | 86.4 | 125 | forward |
| CNT30714701 | Prunus avium | Malus domestica golden | 22.96 | 36.84 | 89.8 | 539 | forward |
>peptide 1 (36 aa)
MVLLLKHKHHSLCISIKDKDTSTNQTALLLHYQDKQ*
>peptide 2 (36 aa)
MLQQQLRPWSLHRRYSGRCRFCRIPSLPSSLPMSSL*
>peptide 3 (49 aa)
MNETVKQNNGNLLMVLLLKHKHHSLCISIKDKDTSTNQTALLLHYQDKQ*
>peptide 4 (58 aa)
MTPLNTNKAITKTYITYSRHNNYNIQTYFLQIRKPNSVNNYISTISNLFQHVLRLRNM*
>peptide 5 (89 aa)
MTLHQHMFAAICSSSRETTLKLATFAAILLLSNLQVPRSVPVYGYSSSFISPPALSVYSKALFMSPPLHPESHEPASSGSHCNFFRKNA*
>CNT30704623
GGAAGAACTTGCATATTAACACATAAAAAAGGACATTTAAGCTGTTCTGGCAAACCCCAAGAATTATAAAATACATTGGTGGTGCTATGTTTAGTTTTAT
GTTTTGCAAGGCTGACTGCTGACAGTGTCAACAACAATTGGAGTTGCACAAATAAATGTCTCCGAACTTGTATATACATTACACATAGATATTCCAACTG
CAATTATAAGTTGGGGTTGAAGCCTACTGTGGGTTGGTCTCAACAGATGCTGCAGCAACAGTTGAGACCATGGAGTCTACACCGCAGATATTCCGGCCGT
TGCAGATTTTGTAGAATCCCTTCTCTCCCCAGTTCTCTCCCCATGAGTTCTTTATGATCCAGTATGGCTTCTCCTTCATTCTGATGGGAGAATAGCCAGC
TGCACCATAACCCACGAGCAACACCCCATGATCCAATCTCTTTGAGCAAATGTAGGGGCATGACACTCCACCAACATATGTTTGCAGCAATTTGTTCTTC
ATCAAGGGAGACAACACTGAAATTGGCAACCTTTGCTGCAATTTTGCTCTTGTCAAATTTGCAGGTTCCACGATCAGTACCAGTGTATGGATATTCTTCT
TCCTTCATTAGTCCACCAGCTTTGAGTGTGTACTCAAAGGCACTGTTCATGAGCCCACCATTGCATCCAGAGTCGCATGAACCTGCCTCCTCTGGATCAC
ACTGCAATTTTTTCAGAAAGAACGCATAAGATATAGAAATTTAAGGAACTAACCTTTTTCTAGGACATCACTGAATGAATGAAACAGTCAAACAAAATAA
TGGCAATCTGTTAATGGTGCTACTGTTAAAACACAAGCACCATTCATTATGTATTTCTATTAAGGATAAAGACACAAGCACCAATCAGACTGCACTGCTT
CTGCATTATCAAGATAAACAATAGCAATAAAAAAATTTCAGCAGCAAGAACACATTCTATTAAAAATCCTTCAACGCAGCAAGCAGATATATGACCATTT
AACTTTTTACATCCAAATATAACTTCTTGCTACATCTCGTAATAATAGCTAAAACAAAAACCAACTTTATTTGTCATTTACTAAATAAAACCAAAATAAA
AATCTCACAGTTAATGTATTATCATGTCACCCCTGAACACCAATAAGGCAATAAGGCAAACATAGCTAAAACAAAATCCAACTTTATTTTTCATTTACTA
ATTAAAACAATGGCAATCTGTTAATGGTGCTACTGTTAAAACACAAGCACCATTCATTATGTATTTCTATTAAGGATAAAGACACAAGCACCAATCAGAC
TGCACTGCTTCTGCATTATCAAGATAAACAATAGCAATAAAAAAATTTCAGCAGCAAGAACACATTCTATTAAAAATCCTTCAACGCAGCAAGCAGATAT
ATGACCATTTAACTTTTTACATCCAAATATAACTTCTTGCTACATCTCGTAATAATAGCTAAAACAAAAACCAACTTTATTTGTCATTTACTAAATAAAA
CCAAAATAAAAATCTCACAGTTAATGTATTATCATGTCACCCCTGAACACCAATAAGGCAATAAGGCAAACATAGCTAAAACAAAATCCAACTTTATTTG
TCATTTACTAATTAAAACAAAAAAACGCAGTTAAAGTATTATCATGACACCCCTGAACACCAATAAGGCAATAACCAAAACATATATAACATACAGCAGA
CACAACAATTACAATATACAGACATATTTCCTGCAAATTAGAAAACCCAACTCCGTGAACAATTACATCTCTACAATTTCTAACCTTTTCCAACATGTGT
TGAGACTTAGGAACATGTAAAGACACCTTGACGCAAAAAATGAACTTGAAAACACAGACACCGTCTCAGGTTTTGGTTTAAATGCAATCAAAAAGTTGCA
GTTTGTGACTTTCAGTACTGACAGAGTCAGCTCGAGACAAAGACAAGCAGAAAGAAGCAGCTAACTATTCATCGTCATCCAGATTCCATGTGGGTCTCAC
ATGGAGACCACAATCACAGATAATTTGAACAAGACAATTGTAAGAAATATTCTGACAACAAAAATACCCTAAAAAGGGACAATCGTAATTACTAATTATC
GTGTATTCGCAAATTAAAATCAAACAATCAACCATTAGAAATCCCAATTTTCTTCATAAACAGAAGCACCAAATAATAATTCTTTTCAAAATTTTTTTTA
AAAAAGTCAAACCTCGTGATCACAATCCACAAGCTGCTGCTCACTGAGGCTCACAAGCTCTCCAGTCGCCAGAAAGTGGGCACCTTCCAAAGCTCCTGTA
GTACTGAAACTCCAGCACGACCCGCACGAGCCCTAATTTCACAAAAAC