| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30677123 | Musa acuminata | Setaria viridis | 34.03 | 87.19 | 86.06 | 667 | forward |
| CNT30201731 | Musa acuminata | Pisum sativum | 5.26 | 34.8 | 86.41 | 103 | forward |
| CNT3081516 | Musa acuminata | Brassica juncea | 14.69 | 100 | 92.01 | 288 | forward |
| CNT30607759 | Musa acuminata | Gossypium raimondii | 23.27 | 15.25 | 89.47 | 456 | forward |
| CNT30627097 | Musa acuminata | Daucus carota | 12.65 | 47.78 | 93.55 | 248 | forward |
| CNT30622146 | Musa acuminata | Cajanus cajan | 20.77 | 28.56 | 94.35 | 407 | forward |
>peptide 1 (38 aa)
MNQHLYIDVEGFVWEVISTFDISSSAKNSRRENTETKG*
>peptide 2 (33 aa)
MNQQFEVPFLRILDEPAFIHRCRRFCLGSNKHL*
>peptide 3 (42 aa)
MSLDYYQTDCNLFLSVRVPPERLLLLIGHELDQNHSQRIYKK*
>peptide 4 (29 aa)
MGDLPIEKIHRPETKRKVYLFSLVIQLNQ*
>peptide 5 (33 aa)
MNWLTRKKPCSLEDLSRVWYCMVSLCKNSESFS*
>peptide 6 (33 aa)
MILILFMILILFMIKGPLAPSPIEKSGLFNTIT*
>peptide 7 (73 aa)
MELRSKIWNKKCFHDSTTRPILFHLIPFSWPHIFTAKEWEIFLLLHESNVSFHPGKAIPFSTLSLLFDPIAFR*
>peptide 8 (40 aa)
IPTSTHNPADKVHYIVRFRDWRLTHSVTLALDVPKMDRVG*
>CNT30591166
ATACCCACCAGTACCCATAACCCAGCAGATAAAGTACATTATATAGTCCGTTTTAGGGATTGGCGACTTACCCATTCAGTGACTTTGGCACTGGACGTTC
CCAAAATGGATCGGGTCGGGTGAATTAGAGAATAGACAGACGTCTGTTGGAGACAGACGTCTGTTGGCATTCCGGCCTTCCTTCTCCTTTCAGGGCCTAT
CCGAAAGAGAATCCAGTACCTCTTGGTCGTGAATATCTGAATAGGACGAACCGGCCTCCGTGGATATCTTTGCTTCGGAACAAAACAATTAGAATTAGGC
TCGGTCAACCGGAATATGTATTATCCATATGGGGGATCTTCCAATTGAGAAGATCCATCGACCTGAGACGAAGAGAAAGGTCTATCTATTTTCTTTAGTT
ATTCAGTTAAACCAATGATTCGTTATTGGAGCAGATAGCAACAAGCATTTCATCGGACATGCGTATTTTTTATTTTCCGATGGATTTACATGGTTTCATT
AATGGAAATTGTTTGATGTAGTGAGTAATAGACTCTGGTTGTTCGCCGTTCAAGAATTCTTGTTTAGGCAGTTCATATCATCCATACATAGTGTTTTGAT
CTAAGATTTCAATTCTTCCATGTTTCAGCAGTAGCATATTGTTCCATGGAGCTAAGGTCCAAAATATGGAATAAAAAATGTTTCCACGACTCTACCACCC
GGCCAATCCTGTTCCACTTAATCCCTTTTTCATGGCCACATATCTTTACGGCTAAGGAATGGGAAATCTTTCTCCTGTTACATGAATCAAATGTTTCATT
TCATCCGGGAAAAGCCATCCCTTTCTCAACATTGTCTTTGTTATTTGATCCAATAGCGTTCCGTTAGATAGGAACAGATTTGATAAATACTGATAACTCT
CGGATAGAGTATTAGAAAGGAAAGATCCATTAGATAATGGACTATTGCTTCTAAGCCATCTCTGGCGATGAATCAACAATTCGAAGTACCTTTCTTGCGT
ATTCTTGATGAACCAGCATTTATACATAGATGTAGAAGGTTTTGTTTGGGAAGTAATAAGCACCTTTGACATCTCTTCATCTGCAAAGAATTCTCGACGT
GAAAACACAGAGACAAAGGGCTGATCTTTGAATAGGAAAAAGAATGGATCCGCAGGGTCCCAAATGAATTGGCTTACTCGAAAAAAGCCTTGTTCTTTGG
AAGATCTATCTCGTGTCTGGTACTGCATGGTTTCACTCTGCAAGAACTCCGAATCATTCTCTTGAAGCTCATCCTCTTCATGATACTCATCCTCTTCATG
ATACTCATCCTCTTCATGATAAAAGGTCCGCTTGCCCCGAGCCCGATAGAGAAAAGTGGGCTTTTCAATACAATCACATAGTTTGCCACAAGGGCGCCAT
ATTCTAGGAGCCCAAACTATGTGATTGAATAAATCCTCCTTTATCTGTTGCAGGTCGACGACCTCTTCCTCTTCTTCAAACTCCGATTCGTATTTTTCAT
ATAGAAATCTCTGATCAACGATAGAACAAGATCTGTTTTGCATCATATCTAACTGTTCGGACCGAAGAAGTAATGTCACTCGATTATTATCAAACTGACT
GCAATCTTTTTCTGTCCGTGAGGGTCCCACCAGAGCGCCTTCTACTTCTAATAGGCCATGAACTAGATCAGAATCATTCTCAACGAATCTATAAGAAGTG
ATCCAATTTTTTTCATCAGGTCCGGGTGAAGACCAAAGATCTTGAGCGACCGATCCGGCAGAACAACTCAAAAGATAAAGAAGTATCGTTAATTTCTTCA
TGCTCGTTCCAAGTTCGAAGTACCATTTGTACAAATAAGAATCCCCTTCTGATCTCTTCTTCATATAGATAGATATAGGATCTATGGGGCAATTACTTAG
AAGTACATTTTGTGCAACAGCCCTTCCTATCTGATAGAAAAGGATCCCATGATCCNATAT