| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30640184 | Secale cereale | Nymphaea colorata | 24.1 | 38.97 | 81.69 | 295 | forward |
| CNT30276060 | Secale cereale | Chenopodium quinoa | 26.39 | 50.95 | 83.28 | 323 | forward |
| CNT3019597 | Secale cereale | Citrullus lanatus | 22.96 | 37.57 | 83.63 | 281 | forward |
| CNT30395070 | Secale cereale | Triticum turgidum | 62.5 | 100 | 97.39 | 765 | forward |
| CNT30561656 | Secale cereale | Actinidia chinensis | 70.34 | 61.5 | 83.39 | 861 | forward |
| CNT3085191 | Secale cereale | Vigna radiata | 12.42 | 21.2 | 83.55 | 152 | forward |
| CNT30612508 | Secale cereale | Arabis alpina | 42.57 | 20.53 | 80.42 | 521 | forward |
| CNT30683923 | Secale cereale | Triticum urartu | 62.58 | 83.72 | 97.65 | 766 | forward |
| CNT30722731 | Secale cereale | Triticum spelta | 17.57 | 42.07 | 94.42 | 215 | forward |
| CNT30361520 | Secale cereale | Sorghum bicolor | 25.82 | 46.2 | 83.86 | 316 | forward |
| CNT30596122 | Secale cereale | Oryza meridionalis | 28.27 | 50 | 92.77 | 346 | forward |
| CNT30332479 | Secale cereale | Dioscorea rotundata | 11.52 | 49.82 | 85.82 | 141 | forward |
| CNT3051057 | Secale cereale | Cucumis sativus | 4.58 | 24.45 | 89.29 | 56 | forward |
>peptide 1 (74 aa)
MLVGGLAHDSAAGLLQNSLTEGDNRRGNNNFSTTHEVLLQILQTDFKVKLSSSSNDMLTRLLNATENHRVRLRQP
>peptide 2 (94 aa)
MFSSHNAPSFDAHWNPATTESLISFRYCTPLHMSTTMLGPVVSGPKHQIFLARSLSHPNSSDRILERTLGSSRGPMRPSSIASANPSSNGRASM*
>peptide 3 (40 aa)
MTVRQDFSRTVSRKETTGGETIISAPPMKSSCRSFKQISR*
>peptide 4 (51 aa)
AQKQTQHNKNNHQLTTDISSKFNICYITTTVIKTIVSVAPTYKQQDSKEDT*
>peptide 5 (33 aa)
MMSQWSNTHWGKAWPDVAALRVLENPKDSMTGR*
>CNT30191206
AGCACAAAAGCAAACACAGCACAATAAAAATAACCACCAGCTGACGACGGATATATCATCTAAGTTTAACATCTGTTACATCACCACGACCGTCATCAAA
ACCATAGTCTCAGTAGCACCAACATACAAACAACAAGATAGTAAGGAAGACACATAGGGAGAAAAATACCGCGCCTCCCTTCACAGCAAGAGCCAGCAGC
AAAACATGACCCCCAAAATTTAGAGCTTGTCCTCGAAATCGGATAGGGGGGTCATCTGCTCCTTGAGACCCTTCCTCTTGCGGATCTCCGTCACGAGCGT
CGCCGACTGGGTGCCGGGGTCCAGAGGGTCGGAAGCCATGATGTCCCAGTGGTCGAACACGCACTGGGGGAAGGCCTGGCCGGACGTCGCCGCCCTCAGG
GTGCTCGAGAACCCGAAGGACTCGATGACAGGCAGGTAGGCCTTGATGTTGTAGAGTGGGGTACCTTGCCTCTGCATCTCCTCGAACACGTGCCCTCTCT
TCTGATTGAGAACACCATAGATACCACCAAGTGCGTTCTCCGGGGCCTGGATCTCAACCAGGTACACGGGCTCCAGCAGCCTTGGCTTGGCAGTGAGCTG
AGAAGCGTAAATGACCCTCCTCGCCGTTGGGATAACCTGACCACCACCCCTGTGAATAGCATCAGTGTGGAGAACAACATCACAGACCTCATAGCAGATA
CCACGCATGTTCTCCTCACACAATGCTCCTTCCTTTGATGCCCACTGGAACCCAGCCACAACAGAGTCCTTGATTTCATTCAGATACTGCACTCCCTTAC
ACATGTCAACAACCATGTTGGGGCCAGTCGTCTCAGGTCCAAAGCACCAAATCTTCTTGGCGAGATCCTTGTCCCACCCGAACTCCTCAGACAGGATCTT
GGAGCGCACCTTAGGATCATCACGTGGGCCAATGCGGCCATCATCAATAGCCTCAGCCAATCCCTCCTCCAATGGGCGAGCTTCCATGTAAAGACGGTTA
TGCTTGTTGGGGGACTTGCTCATGACAGTGCGGCAGGACTTCTCCAGAACAGTCTCACGGAAGGAGACAACAGGAGGGGAAACAATAATTTCAGCACCAC
CCATGAAGTCCTCCTGCAGATCCTTCAAACAGATTTCAAGGTGAAGCTCTCCAGCTCCAGCAATGATATGCTCACCAGACTCCTCAATGCTACAGAGAAC
CATAGGGTCAGACTTCGCCAGCCG