| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30550000 | Quercus suber | Ipomoea triloba | 5.75 | 40.39 | 87.38 | 103 | forward |
| CNT30564842 | Quercus suber | Actinidia chinensis | 11.89 | 22 | 84.04 | 213 | forward |
| CNT30599437 | Quercus suber | Fraxinus excelsior | 11.56 | 46.94 | 82.61 | 207 | forward |
| CNT30650744 | Quercus suber | Rosa chinensis | 13.62 | 26.75 | 85.66 | 244 | forward |
| CNT30431245 | Quercus suber | Papaver somniferum | 16.36 | 31.4 | 79.86 | 293 | forward |
| CNT30572846 | Quercus suber | Vitis vinifera | 11.56 | 22.07 | 84.06 | 207 | forward |
| CNT30704118 | Quercus suber | Prunus avium | 18.2 | 40.25 | 80.37 | 326 | forward |
| CNT3030662 | Quercus suber | Theobroma cacao | 13.07 | 26.87 | 84.19 | 234 | forward |
| CNT3024461 | Quercus suber | Populus trichocarpa | 17.59 | 48.54 | 82.22 | 315 | forward |
>peptide 1 (42 aa)
MAYFAGKTVRSSTPPALMRICRAKAFIFIVSRKWGCKSLCIG*
>peptide 2 (43 aa)
MKGRSHPYDNGACLDKLSSCLHLRPPWLIFLVTMPLIADLHPP*
>peptide 3 (39 aa)
MAHLSCHHAPHCGSPSTIIGVQSHFGPYHQLDSRKNNIH*
>peptide 4 (65 aa)
MGMQKLMYWMKHTQLSICCNYKRLYYSMGVQPANSQMHLDILTRSQSSFYLLLSCSNFLRHHTSG*
>peptide 5 (50 aa)
MIMVHAWISSARVFISGHHGSSFLSPCPSLRISIHHNWSSESFWTISSVG*
>peptide 6 (44 aa)
MLLVVQHLKSTQEYLSAQDKSHQLNAGTKFLSVIHQGGFETVLL*
>CNT3071772
AGTCACAGAAATAGAGTGAGAAAAACTAGCCAAAATTGACAGATAGAAGCTTTCTTTCAGCTTATTGTTGATGATGTTGTGAACGTGATTGGTAGCCTTT
GCCACAAGTGATTAACCAGCTCCCATGTCTCCAAATCTCATCGCATGAAGCCATAAAGCTTATTTCCAAATTTCTCAAATGCTGCTAGTGGTTCAGCATC
TGAAGTCCACTCAGGAGTATCTCTCTGCCCAAGATAAATCTCATCAGTTGAATGCCGGGACAAAATTTCTATCAGTGATACACCAAGGAGGGTTTGAAAC
TGTGCTGTTATAGTTTTCAGGAAGGCTACTTCAGGTTTTGACTCAAGTTCCACATACTCAGGGGTGCCTGGCTCAGGCATGAAGCGGCGGCTTACAGTTG
GGCGATTAGGAAGATAGCCAGCATAAGGGTATTGCCCAAAATTCACAGCTGCATGAAGGGCAGAAGCCACCCATATGATAATGGTGCATGCTTGGATAAG
CTCAGCTCGTGTCTTCATCTCAGGCCACCATGGCTCATCTTTCTTGTCACCATGCCCCTCATTGCGGATCTCCATCCACCATAATTGGAGTTCAGAGTCA
TTTTGGACCATATCATCAGTTGGATAGTAGAAAAAACAATATTCACTAACCCAATTCTCAATTGCTGACCAGATCTCTAGCCCATCAACAGCATAGGGAT
AATCCTCTATCAGAAGTCTGAGGCCGTGGCGGCAGCGTGAGTCTGGAACTGCCATTCCTCTAAAATGAATCAAAAGTGGATCAAAATTTGTTCTGATAAA
TATTAAAACTATAGAAATCATTAAAAAGACAGTGCTTTGCACACCTTTTGAGCAGTTCATTAGGTAATGCCTGTTCAGTGAACACCCAGTTCTTATATAA
AACAGCAGACATCTCCATGGCGTATTTTGCTGGGAAGACTGTTCGCTCAAGCACCCCACCAGCATTGATGAGGATCTGCCGAGCCAAGGCATTTATATTC
ATTGTGTCCCGGAAATGGGGATGCAAAAGCTTATGTATTGGATGAAGCACACTCAGCTGTCTATTTGTTGCAATTACAAACGGCTCTATTACAGCATGGG
TGTTCAACCTGCAAATAGTCAGATGCATTTAGATATCCTTACTCGATCACAGTCAAGTTTCTACCTTTTGTTATCATGCAGTAATTTTCTTAGGCATCAT
ACCAGTGGCTAATAAGCTGGTGGTAGCCAGAATCATTAACAGCAGCATAAGCTTTGGCCAGCTGCCACACCGAACCTTCAACACCTTCTTCTGCTGGAGT
GAAAACTTTACTGACAGCACCATGGCGTTCCCCTTGTGGATGCGGCAAGCTTAACTCAATTGCCAACGGCTTTAGTGTCCCATTATCTTGCAGTAAAAGG
AGCGTTCTGGTGGCATAAGTCTTTGTGGTGGTTGAGTTTATTCTCATCAGGTATGGCATTAGTGCATCATGATGATCTAATATAAACAGCCTGTTGTTTC
TAATTGCCTAGAACAAGAAAATAGAAATTGGTTATCAATGTAGAACAAAGTATAGTAACATATTTTGGATGTCATATTGGATATATGATGTAGACATAGT
CAGAAACATAAGAATGATCAATACTTGATCTACAGTCAGCCCATTCAGGTTCTTCTCTATGTGTTCTTCTGTTATTGCACTGTTTTGATTCCCATATTCT
TTAGGGTCTAGATTGCTGGTTGGGGGGAATTCCTGCAGACAACATCCCAGTAAAATGTTGAAGCAACAAACCATTTAACATCATTTAGCAA