| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30269710 | Musa acuminata | Chenopodium quinoa | 8.68 | 49.52 | 93.75 | 208 | forward |
| CNT30162048 | Musa acuminata | Pistacia vera | 5.09 | 44.2 | 91.8 | 122 | reverse complement |
| CNT3098426 | Musa acuminata | Solanum tuberosum | 9.05 | 25.65 | 91.71 | 217 | reverse complement |
| CNT30226250 | Musa acuminata | Hordeum vulgare | 11.89 | 21.61 | 92.28 | 285 | forward |
| CNT30683484 | Musa acuminata | Triticum urartu | 11.89 | 60.51 | 92.63 | 285 | forward |
| CNT30100822 | Musa acuminata | Oryza rufipogon | 9.55 | 88.76 | 91.27 | 229 | forward |
| CNT30578173 | Musa acuminata | Oryza barthii | 29.24 | 20.65 | 86.59 | 701 | forward |
| CNT30115142 | Musa acuminata | Eutrema salsugineum | 3.55 | 20.88 | 94.12 | 85 | reverse complement |
>peptide 1 (38 aa)
MIEARKLSGQVPLIDHNDIVEMLHGPIYKGKEKDSPLY*
>peptide 2 (34 aa)
MCLEMAVCLLSPCWWGIRSGVVALLHLARPLGTF*
>peptide 3 (72 aa)
MVVGAQDRYSLQLKLVPYYYLSSTLINKTLSERLILPLFLKRALFLKRVITVFSQYVFFETDELSRFHHGTL*
>peptide 4 (88 aa)
MLGWYQLGWEQTFMSSGKTRTTLLVVWVNKNDSSGSLGKTRTSLLACLLICMLCVRVVLPLRSHYYPSVDWASVWLGWRRGEASSMAT*
>CNT30592653
GATAGTTGTTAGCAAGCTCCTTTGAAAGCATCTTGGGATGGACTAACAGCTTGAAGGGAAAGGGTAGGAGCTAGGTAAGAAAGGGACAGACTAACAGCTT
TCAAGAAAGGAAAGGGTAGGAGCTAGGAAAGAAAGAAGGACTAATCATAACATAAAGAATATAGCGATCTTTCAAACAGGACTGCCCAATAGGTGTACAT
TAATTGGATACTTCAATCTTTCCTTAGCGCTTAAAAAGAATATGAGCTACAACTAAAATCAGAGAGGAGCATTCATCTATCCGATTCAAATAAGAGAGGA
GCATTCATCTAACCAATAAGAGAATCAATGGATGTACAGACTTCCTATCTCGGACCTAAAACATTTCTAGACTGCTACTGCACCAACATCATCTAAAACC
TTCTTTACTTACAGCTTGCCGACGTAATATTTACTAGAGTGCGACCAGCTAACCACGCCCTAACGTTTTGATGCTGGGTTGGTATCAGCTGGGTTGGGAA
CAGACCTTTATGAGTTCGGGTAAAACAAGAACGACTCTTCTGGTAGTTTGGGTAAACAAGAACGACTCTTCTGGTAGTTTGGGTAAAACAAGAACGTCAC
TTCTGGCGTGTCTGTTGATTTGTATGTTGTGTGTTCGGGTAGTGCTTCCACTGCGAAGTCATTATTACCCTTCGGTAGATTGGGCGTCGGTCTGGCTTGG
ATGGAGACGGGGTGAGGCGTCGTCAATGGCTACTTGATTTTGCTTCCTCTTCCTCAGCGCTCTCTTCATATGGTCGTCGGCGCACAGGATCGGTATTCGC
TGCAGCTCAAACTAGTTCCATACTATTATTTATCATCGACCCTAATCAACAAAACCTTGAGTGAGAGACTTATATTGCCTTTATTTCTTAAGAGGGCTTT
ATTTCTTAAGAGGGTAATTACGGTCTTCTCTCAATACGTGTTTTTCGAGACAGATGAATTGAGCCGCTTTCATCATGGCACACTATAGAATAAGGTACTG
CCAGATTCGCTGAGCTCTTCTCTTTCATTAGCCTTTTGATTTACACTAGCTCTTATTCTAGTTTGTTTTAATATTATATCTTCTAGGTGGTAGGCACATA
TCATAGGTATTGGATGTATCGTTAGTTTGTGCCGAGTTGAATCTGCTTCGCTTATTTTGATCCGTAGCAGAAAATAGATCCCTTACCACCACTTGACTAA
ATTCTGCATATTAATATGTAAGTCTAGAAGACAGCAGATACTATGGATCCTCTGACTCCCAATCAGATTGCCTTCCCGGGTATCGCCGGTCTTGCCTGTA
GGTCGTGATGTGCCTCGAGATGGCCGTCTGTCTCCTGTCTCCCTGCTGGTGGGGAATCCGCTCCGGGGTCGTTGCTCTGCTGCATCTGGCCCGTCCTCTA
GGCACCTTTTGAAGGCAGGGAGTGTTACAACGTACACGCTTCCTTGGTGCTTCTCATCAGTTGCAGGGTTTGGTGGCCCGAAATAGACTTGGCTTCGCCA
AAAGGCCTCATCTCCAAAGCCCGACTCGCAAGGCTGTAAGGTGCTAAGAGCCTCTCGCCTCGCTCTTGTTACATGCTATGTTTGCCTTCTTCATTACCAA
GTAAAGGGTGAGTCCCATGCTATAGTTTGTGGATCTCGGTCTCACGCACTAATCCCTACAGGTTTCCATAGTATGCCGGCCGCCCTACCTAAACCAATCA
TCATATCGGTCCCTAAGCCCCATTGCTAGAAAGGCTCGGCTTCAAAACCGTACGTGGAGCTTCCGCCTCATACGGCTCCTCTAGGGATGTGGGTAGGCCC
AGGCTTGTGCGGTTCAGGTTTGTTGTACACGACCTAAGTTTAGCATTCAGTAAGATACAGCGCAGGTTCGCCAGAGGAAAGGGTGTAGCGAGCAACATTG
CACAAACCAGAGCACTATTCTTGTCTACCAGAGCACTATTCTTGTCTATAAATTCATTAAGCTGACCACGTTACTGATAACCGCTTCACGAGCACTATTA
TTGTCTATAAATTCATTAAGCTAGAAATTCATTAAGCTGACCACGTTACTGATAACCGCTGAACGAGCAATTACTCCCCAACTTCCAAAATGAAACCTAG
AAACTTCCTGGCACATACATTAAGGAAGCCATCGAAAGGTTACTAAAACACCAGAAACGGAGACTACCCGAGCTAATGATAGAGGCAAGAAAACTTTCCG
GCCAAGTCCCATTAATTGATCATAACGATATCGTGGAAATGCTGCACGGACCCATATATAAAGGAAAAGAAAAAGATTCACCTTTATACTAAACCAGATC
GAGCCCGGGATCTTATTGGAAATTGGAAGATCTAGGATAGGCGGCCAACCTCCTGGAAAGAGCAATGTGCATGGACCGGGTGATAGTCTCATATTGG