| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT3069045 | Solanum tuberosum | Quercus suber | 22.39 | 97.7 | 81.18 | 425 | forward |
| CNT30628619 | Solanum tuberosum | Vigna unguiculata | 29.82 | 62.06 | 81.98 | 566 | forward |
| CNT30710196 | Solanum tuberosum | Glycine max | 8.54 | 22.75 | 83.95 | 162 | forward |
| CNT30636617 | Solanum tuberosum | Capsicum annuum | 62.01 | 90.4 | 92.61 | 1177 | forward |
| CNT30510944 | Solanum tuberosum | Solanum lycopersicum | 25.97 | 99.8 | 95.33 | 493 | forward |
| CNT30573527 | Solanum tuberosum | Vitis vinifera | 51.84 | 64.44 | 81.91 | 984 | forward |
| CNT3024978 | Solanum tuberosum | Populus trichocarpa | 32.82 | 84.76 | 79.94 | 623 | forward |
| CNT30592821 | Solanum tuberosum | Eragrostis curvula | 4 | 35.51 | 86.84 | 76 | forward |
>peptide 1 (32 aa)
MKFPISTHCQSSLSYLANCVLDSTLQVLLQMP*
>peptide 2 (35 aa)
MTLASRYQQPQLFSWLRLSPRNSHLGCVAQHFGHG*
>peptide 3 (46 aa)
METPIGVPWKLPPCKALFLETSINGLSFTELISLSIILVAARMTSI*
>peptide 4 (50 aa)
KKVTYNIQIRAWTKTSITSNTSFTRRKYRLQRRKEHKLNFDFNNKTKFYK*
>peptide 5 (51 aa)
MELLSFLDIRAAIQNVFHNSSSLNLTRVMLQLVCQIVSEFGLSVHHFSENR*
>peptide 6 (55 aa)
MILVIHHKVKKEFEKITHLADWQRSTIPALETLQQWINNLSITHCCKHLVNLLTG*
>peptide 7 (64 aa)
MLDSNRTIDAIAEPTAVPFTSASPSLGCNSKNPPVTPATRKASSALSFSPLGPTTLELGLPVSKP
>peptide 8 (51 aa)
MVSHWICQELKFRAVRSHRNFSALETIVQAWIPSCCQIRWQPVVVIVVDKL*
>CNT3092362
AAAAAAGTTACTTATAATATTCAGATAAGAGCTTGGACCAAGACCAGTATAACATCAAACACCAGTTTCACAAGAAGAAAATACAGATTACAGAGAAGGA
AAGAACACAAATTGAACTTTGATTTCAATAACAAAACTAAATTTTACAAGTGATCCGATACGGTACTCATTTAACTAGGCAACTTCCTCTAACTATGTAA
ACTAAGCACATGTAGAACTAAAAGTATGTTAACTACATATTCTGATTCTCATCTTGGGCACCTTAGTTGAGCCAATATTACATACAGTCAAAAAGAAAAT
AAAAAAATTATATAAGTTCATAACGTTATTATGATTCTAGTAATTCACCATAAGGTAAAAAAAGAATTTGAAAAAATAACACATTTAGCAGATTGGCAGA
GGAGCACCATTCCAGCTCTTGAGACACTCCAACAATGGATCAATAATCTGTCCATTACACATTGCTGTAAACACCTTGTCAATCTCCTCACCGGGTGATC
GAACTTTTTCACCTGTCAACAATTCTGTTCCAAGTTCTTGTCTCACCAACCTGTACAATGGATATGATCTGCATTCTGTGATCCTGTTAGGAATTGAAGG
GTTGCCACTTTCAACAACAGCTCTTACACTCTCAACTTCTTTAGGCAACACAGCGATTAATTCGTCCTCGAAAGCTCCAATCTTTTGGAAGATTGAGCTG
TTGACATTCTTCTCACTTTCACCATTCTTCATTGCTTGATCAACAAGGACTTGTCTCAGCTTCTGCATCAAAGGGTAGTTGGAGCTGCAGGGGTCATCTG
CATAGGCAAACAAGTATTCCCTATCCACGACTCGAAGCAATTCCTTCTCACAGAATCTTGCTGGATGAAGTTCCCCATTAGCACCCATTGTCAAAGTTCT
CTTAGCTACTTGGCTAACTGTGTTCTTGACAGCACTCTTCAAGTTCTCCTCCAAATGCCGTAAGTCTATAGCTTGGCAAAGCGCCACGAGATAGGTTGAT
GACATTAGCTTCAAGATATCAACAGCCTCAGCTGTTTTCCTGGCTGAGATTAAGCCCAAGGAATTCACATCTTGGTTGTGTTGCTCAGCACTTTGGACAT
GGTTAGTCACTGGATTTGCCAAGAATTGAAGTTCCGAGCAGTAAGAAGCCATCGCAATTTCAGCGCCCTTGAAACCATAGTCCAAGCTTGGATTCCTTCC
TGCTGTCAGATTAGATGGCAACCCGTTGTTGTAATAGTCGTTGACAAGCTCTGAGAATTGGGCAAACATCAATTTACCAATTGATGCAAGGGCTAATCGT
GTATTATCCATGGAGACACCAATAGGGGTGCCTTGGAAGTTGCCACCATGTAAGGCCTTGTTTCTTGAAACGTCGATCAATGGATTGTCGTTCACTGAGT
TAATCTCCCTCTCGATCATCTTAGTTGCAGCACGGATGACTTCAATTTGAGGGCCAAGCCATTGTGGAGATGTTCGGAGAGCATAACGATCTTGCTTTGG
TTTTTGAAGAGGATCCATTTCATGGAGCTTCTGAGCTTCCTTGACATAAGAGCTGCCATCCAAAATGTGTTCCATAATAGCAGCAGCCTCAATCTGACCA
GGGTGATGCTTCAACTTGTGTGTCAAATAGTCAGTGAATTCGGGCTTTCCGTTCATCACTTCAGCGAAAATCGCTGATAAAACTTCAGACATAACAGCAA
GAATGTTGGACTCAAACAGGACTATTGATGCCATAGCAGAACCAACTGCTGTGCCATTCACAAGTGCAAGTCCTTCCTTAGGCTGCAACTCGAAAAATCC
ACCAGTAACACCAGCCACGCGGAAAGCTTCCTCAGCATTAAGTTTCTCACCATTGGGCCCAACAACCTTGGAGTTAGGCCTGCCAGTGAGCAAACCAG