| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30672814 | Arabis alpina | Setaria viridis | 50.34 | 63.04 | 84.97 | 672 | forward |
| CNT30377782 | Arabis alpina | Arabidopsis thaliana | 53.03 | 70.1 | 92.09 | 708 | forward |
| CNT30503993 | Arabis alpina | Nicotiana attenuata | 15.43 | 74.91 | 89.81 | 206 | forward |
| CNT30712097 | Arabis alpina | Glycine max | 22.32 | 24.98 | 89.6 | 298 | forward |
| CNT30224132 | Arabis alpina | Hordeum vulgare | 31.91 | 62.1 | 82.86 | 426 | forward |
| CNT30146334 | Arabis alpina | Medicago truncatula | 48.39 | 64.99 | 83.59 | 646 | forward |
| CNT30721809 | Arabis alpina | Triticum spelta | 20.9 | 18.49 | 82.8 | 279 | forward |
| CNT30368495 | Arabis alpina | Sorghum bicolor | 53.41 | 69.97 | 84.71 | 713 | forward |
| CNT30151899 | Arabis alpina | Prunus persica | 24.27 | 29.37 | 87.04 | 324 | forward |
| CNT3052982 | Arabis alpina | Amborella trichopoda | 33.33 | 34.02 | 83.37 | 445 | forward |
>peptide 1 (44 aa)
MVIPRSRSALSLSNTHAYLKDLLFISAASFSNLSITRLSIPPSL*
>peptide 2 (48 aa)
MVHLNRLHLSGQPCRSKGHNHTRLDHTGLNTSNWHRSNTTNLVNILKW*
>peptide 3 (93 aa)
MMMTWEVKLAAPLAGSSLEFEATYPRLRSFTATFLTLNPTLSPGSASRRDSWCISTDFTSVVNPVGAKVTTIPGLIIPVSTRPTGTVPIPPIL*
>peptide 4 (81 aa)
MTPTATVCLMSLTAKRPNGGYSMKVSTTIGLVGVIFTIPASPFFKNLGSFSISLPERLSILVKISVNLTAMWDVWQSRTGA*
>peptide 5 (92 aa)
MTRSINNCAVVLSSLELPESNINGNTTFTLSLKFVQHPCILERPLVHLSSLLLKPLNHTLVNTSKLVDQVTSGGRFTRVDMTNNHNVDVKLLF
>peptide 6 (38 aa)
MQTSNSATSDQEPNYENCTLMETKRRNCNTNKQPNTKL*
>CNT30611975
GAAGTTGTAAATGACAAAAAGGAAATATCGAACTGAAAACTGATATCAAATCCGCAGGAAAATCATATTCATATAATAGAATCTCCAAAAAAGTTCAAAA
CCACAAAGCAAATGAAACAGAAAAATAGGAAGCATGAATGCAAACTAGTAACTCCGCCACCTCCGATCAAGAACCCAACTACGAGAATTGCACTCTGATG
GAGACAAAACGAAGAAACTGTAACACAAACAAGCAACCAAATACCAAACTATAGCAATAAAACTAAAAATGTTCTCTTCTGCGGTCCATGATGATGATTG
AATAGTTCACTTGGCACCCTTCTTGACGGCAGCCTTGGTAACCTTGGCTCCGGTTGGGTCCTTCTTGTCAACACTCTTGATGACACCGACTGCAACGGTC
TGCCTCATGTCCCTAACAGCGAAACGACCCAATGGTGGGTACTCCATGAAGGTCTCAACAACCATAGGCTTGGTCGGAGTCATCTTCACCATACCAGCAT
CACCATTCTTCAAAAACTTAGGCTCCTTCTCAATCTCCTTACCAGAACGCCTGTCAATCTTGGTCAAGATCTCAGTGAACTTGACTGCAATGTGGGACGT
GTGGCAATCAAGAACCGGGGCGTAACCGTTACCGATCTGACCAGGGTGGTTCATGATGATGACCTGGGAGGTGAAGTTAGCAGCACCTTTAGCTGGATCA
TCCTTGGAGTTTGAGGCGACATACCCACGCTTAAGATCCTTCACAGCAACATTCTTAACATTGAATCCAACATTGTCACCTGGAAGTGCCTCAAGAAGAG
ACTCATGGTGCATCTCAACAGACTTCACCTCAGTGGTCAACCCTGTAGGAGCAAAGGTCACAACCATACCAGGCTTGATCATACCGGTCTCAACACGTCC
AACTGGCACCGTTCCAATACCACCAATCTTGTAAACATCCTGAAGTGGTAGACGGAGGGGCTTGTCTGATGGCCTCTTTGGCTCGTTGATAGCATCCAAA
GCCTCAAGAAGAGTTGGTCCCTTGTACCAGTAATCATGTTCTTAATGAAATCACGATGACCAGGAGCATCAATAACTGTGCAGTAGTACTTAGTAGTCTC
GAACTTCCAGAGAGCAATATCAATGGTAATACCACGTTCACGCTCAGCCTTAAGTTTGTCCAACACCCATGCATACTTGAAAGACCTCTTGTTCATCTCA
GCAGCCTCCTTCTCAAACCTCTCAATCACACGCTTGTCAATACCTCCAAGCTTGTAGATCAAGTGACCAGTGGTGGTCGATTTACCAGAGTCGACATGAC
CAATAACCACAATGTTGATGTGAAACTTCTCTTTA