| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30263293 | Cucumis melo | Brassica rapa | 3.52 | 22.25 | 91.4 | 93 | reverse complement |
>peptide 1 (49 aa)
MSTTHFHKGNLPYRKRVSTPIPSPIRPIPPRALAAEPLLLLRALVHSGS*
>peptide 2 (56 aa)
MRPRNSQVFKDELISENLLKTFILLLHSCLFSRTDSISSSQSSDRQLAPTLIHSSR*
>peptide 3 (50 aa)
MRESKPSPFSRALVHRSFFEPHFFLLLHSSPKAGTSDRRENTRSHSDLDM*
>peptide 4 (47 aa)
LKASDPNSWTKACCLLPPSPNTHTDSCTRTGEYSESELLLLSVSKME*
>peptide 5 (68 aa)
MLGLKCCWIGCSLLPYSRNFRLGCLSSWAAVFSLPGRPRSGRRAAERGPSSLLYSAGSKTRRRSETKD*
>peptide 6 (30 aa)
MRRAKSIKIQGRYAWVSIARQRPEAESLDR*
>peptide 7 (33 aa)
MKENLTYLRGAQYGLESSDEPIIISKKLLFLTN*
>CNT3039297
TCTGAAAGCTTCGGATCCTAATTCATGGACAAAGGCCTGCTGCCTTCTACCTCCGTCTCCCAATACTCACACTGATTCTTGCACGCGCACGGGCGAATAT
TCTGAAAGCGAGCTACTCTTGCTTTCGGTATCAAAAATGGAATAAGAAAAGAGGATCGAGGTGGACTCCTTGGAATCCTTATTAGTGCGAATTCAGGTTT
GACCCTTTTTCTCTTTTATCAAGAGAAGGTTCATATGAGAAGGGCGAGATCTCGAGATCTAAGAGAAAGAGAAGAAGAAAAGGCTGAATGGGATGATCTT
TCATGAAAGAAAACTTGACATATCTCCGCGGAGCGCAATACGGGCTTGAATCTTCTGATGAACCAATAATTATTTCGAAAAAATTGCTTTTCTTGACTAA
TTAAACTACCACGGACCGGAGCCATTACTTATATATATTTGCTTTCTGATATCTGATTATTAGCGGGAGAGAGAATGAGAAGAGCCAAGTCAATCAAAAT
CCAGGGAAGGTATGCATGGGTTAGCATAGCGAGACAGAGGCCCGAGGCAGAAAGTCTCGACCGATGAGTACCACCCACTTCCACAAAGGTAATTTACCGT
ACAGAAAGAGGGTGTCCACCCCTATTCCATCTCCCATTCGCCCAATCCCCCCTCGAGCCCTTGCCGCTGAGCCTTTGCTTTTATTGAGGGCCCTTGTTCA
TTCAGGCTCCTAATCAAGGGATAAGGACTGAGCTTGAAAGTCCTAACCTTTGTATCCTTCCTAACCTCAGTCTCAATCAACTCCTAAGCGCTCCTCTCCT
TATCAGTCTCAAATTCTTTGATCCTCTCCTATATCTGAAACTACGAGTACCTTCGAACCGCCCCGCGTAGTCTCTTTCTTGAGTCGAGTTATTTGAAAAC
CTTCGGATCCAGCCTCCGGCTTCTTATTGCAGCGGACCACTAAAAGCCTTCTTCATTGACTTTCAGTTTCAGAAGTGGAGAATGAAACTACCACGGACCG
GTGCAATGTAATTGAGCTAAACTAATAAAGCAAAGCGAGAGGTGAGATTCCATTTCGTCTTCAGAGTTCAGGCTGAATTCATATTCGTCGACTTCGTAGA
AGGAGAAAAGGGGAAGAATTTCTCAGACTGGAAAGGATAGGGCTGAATTCAGAGAAAGAGCCGCTATGAGCAAGACCGATTTACCGATCTTCATGTCTTA
ATTAAGTAAATGACAACGGACACTTTTCTTCTTTTCAAACTTCTTTCTATTCCGAGACCCCTCTTTAATCAGAGTGATTTGCTTTTTTCATAGTGAAAAT
CGAGTGAATTTTGCTTTTCTCGTTCATGAGAGAATCAAAGCCCTCTCCTTTCAGTCGAGCCCTTGTTCATCGATCATTCTTTGAGCCTCACTTCTTCCTT
CTTCTTCATTCATCTCCCAAAGCGGGCACTAGCGATCGACGTGAAAACACCCGATCCCATTCCGACCTCGATATGTGAAATCGTCTTGCGCCATATGTAC
TGAGATTGTTCGGGAGACATGGTCCAAGCCCGCTGAATAAAGAAAGGAGAGACCAGACCGCCTATTCATTCCTCTGATTTTCTCCTGAATTACTAGCTAA
GAGATGCTTGGATTGAAATGCTGCTGGATAGGCTGTTCGCTATTACCTTACTCAAGAAATTTCCGACTTGGATGCCTTAGTTCTTGGGCAGCAGTCTTCT
CACTTCCAGGAAGACCTAGATCTGGGAGGAGAGCGGCAGAAAGAGGTCCTTCTTCCCTTCTCTACAGTGCAGGTTCTAAGACTAGGCGAAGATCGGAGAC
TAAAGACTGATCATCAATTCCTTTGACCTTTCGTCCGAACATTCTTTGAGAAATGCTAACCAGGAAAAATGAGGCCGAGAAATAGCCAAGTTTTCAAGGA
TGAGTTGATCTCAGAGAATTTGCTTAAGACATTCATTCTCCTTCTTCATTCATGTCTTTTCTCTAGGACCGATTCGATTTCCTCCTCTCAATCTTCTGAT
CGGCAACTAGCCCCTACTCTGATTCATTCTTCTCGATGAGCCGAAACTGAGCCTTTTTATTGAGGGATTTGACCCTCTATGATTGCACGCTCCATCCTTC
TACTAAGAGGACATTATCAATTCAGTTCTCAGGGCAAGAGATGGCGCTGAAACGGGAGGATAGAAGAAGAAAATCTACTGAAAGAGCTGACTCTGGCGAC
TGAGTCTTCTTCAAGGGAAAGGTGGGGTTCGCTTCCTCTTGGGCTTCGTTCCGTCGATTAGCTTCCCTCTTCCCTATTCAAGAGCCTAACTCCTCTTCCC
CTTCCTTTCCCTTCCGCGATCGTGCTGGTGGGTAGTGTACCTGGATCCGGCCCACGTAGCGGTTGAAGCTTCTGAATTTGTCTATTATTTCATCCACTGA
TTTCATACCATATTTCTCATAATTGCTTATAAAGAAGCTAGTTCCAAAGTCTGTCAACAACAAAAAGAAGAACTACAACTTATTAAAGAGAAAGAAGAAA
AGCAAGAGCCACAGCTCTCTCCTTTCAGTCGAGACCTCTCCCTCCGTCACTCAGTCTCACCTATCTCCTCTTCCTACGCCCAAACAACTTTTCCCTCTCC
TTATTTAGTAGGTCAACTTGCACGACTTTACATAAGCTACGCC