| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30692619 | Vitis vinifera | Oryza sativa | 39.24 | 82.63 | 82.56 | 195 | forward |
| CNT30530112 | Vitis vinifera | Eucalyptus grandis | 40.64 | 66.89 | 83.66 | 202 | forward |
| CNT30316727 | Vitis vinifera | Corylus avellana | 41.05 | 16.46 | 89.22 | 204 | forward |
| CNT30517065 | Vitis vinifera | Juglans regia | 41.25 | 70.69 | 84.88 | 205 | forward |
| CNT30618048 | Vitis vinifera | Sesamum indicum | 31.19 | 43.18 | 80.65 | 155 | forward |
| CNT3070514 | Vitis vinifera | Quercus suber | 36.62 | 74.59 | 82.42 | 182 | forward |
| CNT30221766 | Vitis vinifera | Hordeum vulgare | 17.71 | 32 | 85.23 | 88 | forward |
| CNT30566887 | Vitis vinifera | Actinidia chinensis | 40.44 | 65.26 | 83.08 | 201 | forward |
| CNT30586912 | Vitis vinifera | Musa acuminata | 38.83 | 57.1 | 81.87 | 193 | forward |
| CNT30127153 | Vitis vinifera | Corymbia citriodora | 33.4 | 61.03 | 85.54 | 166 | forward |
| CNT30351041 | Vitis vinifera | Eragrostis tef | 39.44 | 42.89 | 82.14 | 196 | forward |
| CNT30479822 | Vitis vinifera | Arabidopsis halleri | 24.55 | 29.54 | 81.15 | 122 | forward |
| CNT30704146 | Vitis vinifera | Prunus avium | 40.85 | 28.59 | 84.24 | 203 | forward |
| CNT3022423 | Vitis vinifera | Populus trichocarpa | 40.04 | 19.36 | 83.42 | 199 | forward |
| CNT30329110 | Vitis vinifera | Asparagus officinalis | 36.22 | 35.36 | 80.56 | 180 | forward |
| CNT30120938 | Vitis vinifera | Citrus clementina | 36.62 | 85.45 | 81.32 | 182 | forward |
| CNT30331317 | Vitis vinifera | Dioscorea rotundata | 27.57 | 42.15 | 86.86 | 137 | forward |
| CNT30558432 | Vitis vinifera | Panicum hallii | 23.54 | 40.21 | 84.62 | 117 | forward |
>peptide 1 (59 aa)
RELKDLAEKDFIGEGPVDVGGVEQGDAAVDGVVNESDHVFFRLGRAIEGGHAHAPKSLS*
>peptide 2 (29 aa)
MTQRLALNAAISNNLEILDYGASQAGRSDS
>CNT30570768
GGAGAGAATTGAAGGACCTTGCCGAGAAGGATTTCATTGGTGAAGGGCCCGTAGATGTCGGAGGTGTCGAGCAAGGTGATGCCGCTGTTGACGGCGTGGT
GAATGAGAGCGATCATGTCTTCTTCCGGCTTGGGAGGGCCATAGAAGGCGGACATGCCCATGCACCCAAGTCCCTGAGCTGAAACCTCTAGGCCCTGTGA
GCCCAGCTTCATCCTCCTTACACTACCCATCTTCCCTTAACACTCTCCTACTCTCTGCCAAAAGCGGTTGCTACTTCCTAGTATTTATAAGCAGGGAGGG
AAATTCTGTCCCAACAAGATGTTGGGTTATCATTATCATTTCGGATAATTTGACCGACAGGTGACAGTCAGTGGTGGTAGGTGAGATGATGTGAGTATCC
TAACACATGACGCAAAGGCTTGCGCTAAATGCCGCAATTTCAAACAATCTAGAGATTCTAGACTATGGTGCTAGCCAGGCCGGCCGATCCGACTCTG