| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30605136 | Musa acuminata | Gossypium raimondii | 4.08 | 24.18 | 88.35 | 103 | forward |
| CNT30418333 | Musa acuminata | Papaver somniferum | 7.26 | 23.58 | 83.06 | 183 | forward |
>peptide 1 (40 aa)
MNLLRWVTRVLLFLQAIHYQGLLHPSRKMIKILNEMRVRE*
>peptide 2 (41 aa)
TTTEGTGAKEEILFLSDTCLSLFPLLALAMYLQDRGINGYR*
>peptide 3 (59 aa)
MDGLTLHSGILCAWIEKLRWLHTEEPGTNSRFFLEPTTVDATRSNTMGAGGAFLPEDFL*
>peptide 4 (72 aa)
MPVRDWSTQLCSDRKVPQIQKAVFSSSMFSQMTDMLWYPGVCLGTDRFRITAEQHNSCVRIRFLYSAIHLVT*
>peptide 5 (54 aa)
MATGNKTQTNTKEQIQSLTHHLERNDNYAMLITSEIKKEKADSNYELLLDIIRI*
>peptide 6 (55 aa)
MKESTACLCIVVSACWPSFLDSTICPFVIGLLNYVAIERFHKSRRQFFRPVCSHK*
>peptide 7 (43 aa)
MVPRGVLRNRSIPYHRRATQQLCPDQISLLGNSSGYLTVAKEA*
>peptide 8 (50 aa)
MGDPCTSFPTSNTLPRTLAPFQKDDQDPERDESKGIDLATFQTLYLSSRI*
>CNT30592654
ACAACCACAGAGGGAACCGGGGCCAAAGAGGAGATTCTTTTTCTTTCTGACACTTGCCTAAGTCTCTTTCCTTTGCTTGCCCTAGCCATGTATCTGCAGG
ATAGAGGTATAAATGGCTACAGGTAATAAAACGCAAACAAATACAAAAGAACAAATCCAATCTCTTACTCACCACCTTGAAAGGAACGACAACTATGCCA
TGCTAATAACGAGCGAGATCAAAAAGGAAAAGGCGGACTCCAACTATGAGCTACTGCTAGACATAATAAGAATATAGAGTTCCGCTTCTAGATAGCTATG
GATATTCTCTCCGCTTCTAGATAGCTATGGATATTCTCTAGGTGGGGAAGGAAATGGATTTCTCACGGAATTGCTTAAGGCACTTTACCTTGAAATTGAT
AACTAACTTAACAGGTAAGCGGCTGTAAGAGAAAGAACTCGATCGAAGGAATGGACGGGCTTACGCTTCATAGTGGAATCCTTTGTGCGTGGATCGAAAA
GCTACGGTGGCTCCATACAGAGGAACCGGGCACCAACTCTCGATTCTTCCTTGAACCTACGACTGTAGATGCTACTCGAAGCAATACGATGGGGGCAGGG
GGCGCCTTTCTCCCAGAGGATTTCCTATAATAGTAAGTAATTCGTTTCACATTTATATAATCTTCGTTTCACATTAGGTAATAGTAAGTAATTCGTTTCA
CATTTATATAATCTTTCGTTTCACATTTATATGATCTTCGTTTCACATTAGGATTCTCTTCTTTCTTTTCTTCCCTCTAGACAGCTGAACTCCGTCAAGC
ATGTAAGTTTATATATAGAGTTTCAGTCGGTTGTTAACCCGTGGTGGTTAGCCTCTCATTCGTTTTAAGTGCTCTCCGAATCGTGCGGGAAGGTTTCTGG
CTCACCAACATTCTCTTCTGCCTGCGGGAACCATATGTCCGAACAGGCCTGGAAAAACAGAGAGGTGCGATCCATTCCTTTGCCACTCAAGTGGTAGTCC
GTGCTCACTTCTTCCCTTTACTAATGAAAGAGTCCACCGCCTGCCTTTGTATTGTAGTCTCAGCGTGCTGGCCTTCCTTTTTAGACTCTACTATATGCCC
GTTCGTGATTGGTCTACTCAACTATGTAGCGATCGAAAGGTTCCACAAATCCAGAAGGCAGTTTTTTCGTCCAGTATGTTCTCACAAATGACCGATATGC
TATGGTACCCAGGGGTGTGCTTAGGAACAGATCGATTCCGTATCACCGCAGAGCAACACAACAGCTGTGTCCGGATCAGATTTCTCTACTCGGCAATTCA
TCTGGTTACTTAACGGTCGCCAAAGAAGCATAAAACATTTCCGATGAGATCCCCCATAGAGCAATTCTTAGATAGCAAGCACTAGCTCCCAGTGCGACTT
AAGAAAATGCAATCAAAGATCCAGATCGAAGAGAATGAAACTAGAGTAGAGTAGTGGTAATTATAGCGGTTCCTTATGAGCCTAGAAAACTAGAGAAATT
ACCTGAAACTAAACTACCGAGCATAGGAAAAAACACTACCCGTAGATACAACATTTATAGTGTGATCCGACAACAACAAATCAGACAATGGCAGAGCCGC
CTGTGATGGAGTGATAGATTTCTCTACGTCCGGAGAACGCTCGACCATGAGTTTTCAAGGTTACAAACAAGGAACTTCCACTTAGAAAATGAGGTCCGTC
TCTATGAGCTCCTGGGCAATGCCGTTATCACTATGTGTATAAACTACTACTCTTTGTTTGGGAGCTAATGAATCTCCTCCGATGGGTGACCCGTGTACTT
CTTTTCCTACAAGCAATACATTACCAAGGACTCTTGCACCCTTCCAGAAAGATGATCAAGATCCTGAACGAGATGAGAGTAAGGGAATAGACCTAGCAAC
GTTTCAAACGCTTTACCTTAGTTCCCGTATATAGGTTGCTTCCGCTTCCGATTCTTCTTCTAATCCGTATTCTACTCCTGCTCCTTATGTATCCTTAGGC
GCAGTTTCGAAAAGAGCATATCCATTTGCGAACTGGGATGAAACTCATTGACTTAGCGCTTATAGAGTTAGGCACTGAACGAACAGAATGGAAGAGAACG
TTATCCATATAGAAAGAAGTCACTCCACAGCTTACTCACTCTTATTGAATTAAAGTAAGGCGGGAAAGAGTAGAGTGGAATGGAGTTCTGTTTTTAAGCT
CAAATGCATTAGAACTACGGTTGTGGGCAACATTCTAGGGATTTGCCATAAGAGTCGTTAACTGAGCTTCCACTTAGGGAAATCCGCACTAGGCTAGGCA
CCGAACTCAAACAAGACTTTATTTCCACGGGCTCCTTTAGCCGAACACAGGACTTGTATTCCCTTTACCCAGCTCCAATTCATTCAAATAATTCCATTCC
AGTTTTAGGGTTAGTAAGCTGTTCATTAAAGAAGGAGTAAGTGAGTTCCGAAGACCCCTCCGGCCCATCAATACTCCATCGAATCTCACTCCATTTCTTT
GATACCTGAATTCGGCAACTAT