| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30511569 | Musa acuminata | Solanum lycopersicum | 3.54 | 52.85 | 88.46 | 130 | reverse complement |
>peptide 1 (38 aa)
MKAFQKYPKPSVRAFHQPNKERWTQRDDGFYGKTSSLN*
>peptide 2 (38 aa)
GLVISRWLAQCLKLSLASYYFTNFITVGCIRSHRYSTY*
>peptide 3 (45 aa)
MAEDRKGSFIMVLPGTSPVETGWGLLLRGLEHVATVLANPSSPTI*
>peptide 4 (53 aa)
MVSLPLLTYGKEIERETISTRFNSSMIASHGFKGGCLSGSVHTGMNLVFSILR*
>peptide 5 (40 aa)
MQGSGLSLHGVLFLASSFAWAFFGTERITSLCLLGRKEKSI
>peptide 6 (44 aa)
MFARLWPIGKIDDQKETLLVHHLRMMNWIFTRDRSRGIAILIYR*
>peptide 7 (54 aa)
MPCFEVQMRCKNRLFTVPMGRYNSQRRGNHELMPSNLLLLFSNRLFQERRIRCS*
>peptide 8 (29 aa)
MKGNKRSLKERRIRSSCYRIGCCARIRRY*
>peptide 9 (29 aa)
MKNENYDLSSLSLHTSERTVRFMSFFIDR*
>peptide 10 (31 aa)
MDQFEKSFYAFGLRSLGMGMGSGKGKGAVKK*
>CNT30592574
TGGCTTGGTCATTAGTCGTTGGTTAGCTCAATGCCTTAAACTGTCTTTAGCTTCCTACTACTTTACTAACTTCATTACTGTTGGCTGTATTCGAAGTCAT
AGGTATTCGACATACTAGATTGAGACTATGTGCACGAATCGCTTTGTGTGGTAAGAGAGGGAAGCGTCGCTTGTTAGAACCATAAAGATGTAGCTGACCA
AGCAAGTCTGTAAGTTCATGAACCCGGGGTAGATGCTCTAGCCACTTCCTTCCTAACTTAAGCTGCTAGCTAGTTCCATTTTAGTAGCAACTAATACACT
AACCCGCTATGAAAGCTTTCCAAAAATATCCCAAGCCTTCGGTGAGAGCATTCCACCAACCAAACAAAGAGCGATGGACACAGAGAGATGACGGTTTCTA
TGGGAAAACATCTTCTTTGAATTGAAAGGAAAGAGGGATTAATGCACAATGGTAAGCCTTCCTTTACTAACCTACGGTAAGGAAATAGAAAGAGAAACTA
TTTCAACGAGGTTCAATTCTTCCATGATAGCTTCCCATGGTTTCAAGGGGGGTTGCCTTTCTGGCTCCGTGCATACTGGGATGAATCTTGTGTTTTCGAT
TCTAAGGTAAGGGACCCAGGCATTATTCTATAATTAATGAAAAACACTCTAAACTAAAATCAATGAAATCATATCTATTCAACATCTGAGAAATATAGTA
ACAAAACACCTTTCCTTATTTGATTTATTCTATAATTGGAAATATGTGAAATAGATAGAAATCCAAAATGCCAAGGTCGTCTGTCTTATGAAAAACGAGA
ATTATGACTTATCTTCTCTATCACTTCACACCTCGGAACGCACTGTGAGATTTATGTCTTTCTTTATAGATAGATAGAAATGGAGAGAAAGGCGCCTTTT
ACATCTTCTTAACCCGAAATGGCAGAGGATAGGAAAGGTTCCTTTATTATGGTACTCCCGGGAACTTCTCCTGTGGAGACGGGGTGGGGCCTGTTGCTCA
GAGGATTAGAGCACGTGGCTACGGTGTTGGCGAATCCCTCCTCGCCTACAATCTGACCTTTTGGTTTGGACCTTTCCCTCAGGGGTGTGGGTAGGAAAAT
GGATAGCGGACGCAAAGCTATTGAACTTGGTTTGCAATGGTCTTTCTTTGTCGAAATGGAATGGCCTTACTACTGATTTGGATTTCTCATGAAAGATTCG
ATCATTACATATTGTAACCAATACCGTAATCAGCATATTTGTTACTCCCCAGAACTCTTGTAACCAATACCGTAATCAGCATATTTGTTACTCCCCAGAA
CTCTTCCTCAGCCAGGGAAGAATTGCAGAGCAAGTATTTGTATTAGTGGCATAGCAAGCCTTCCTCGCAAGTGAAGTATTAGTGGCATAGCAAGCACAAG
TCTCAAGTATTAGTGGCATAGCAAGCACAAAGGCTTTTGGACAGAATAACAGAGCACAAGTATAGTATTAGTTGTATTGCAATCGTTCCTCGTCATTAAT
ATGTTTGCTCGCTTGTGGCCTATCGGGAAAATCGATGATCAAAAGGAGACACTGCTAGTACATCATCTAAGAATGATGAATTGGATATTTACAAGGGATC
GGAGCCGAGGTATTGCGATTCTTATATATCGTTGAACAGAATGTGAGTAGATGAGATATAGAATGCAATAGAAACAAGGACAGCGAACGGATACTCCTAA
CGGTCCGAGCCCTTCCTTCCTTTTCACTCTATTCTTCATTAACCTAGAAATCATGAATCCAATCTCCCCAAGTAGGATTCGAACCTACGACCAGTCAGTT
AACAGCCGACCGCTCTACCACTGAGCTACTGAAGAACTTAGGACTTAATTAAGGAAAAAGTAGAAAGAATGACAATCCCCATTGAGCCACAATTTGTTGA
TAGTTAGAATGAATTCGTATACCGGGTCAACTGATCCATTTTCAAAACGGTTCTATGGTTATCCTTTCCCCTAAAACTATACGTCTTTCTGTAACTGGAA
AATATACGCCCACTATTCGTATTTAAAGCAATGGATTGATTCTTCACTCTCCTTAGAAGGAATAGAGTCCAAAAGTGCCTTGAGCCTGAATCCCTTTTTG
CTTTATGTTAGGAGAATAGGCTTTACATGAAGGGGAATAAGCGCTCTTTGAAAGAACGACGTATCCGCTCTTCTTGTTATAGAATAGGTTGTTGTGCTAG
AATCCGCCGTTACTGACTCCGTTGCTATTGAATCAACTGCTGCTGTTACAGAAGGAGCTGCTCGATAATGCCCTGTTTTGAGGTGCAGATGAGGTGTAAG
AATCGGTTGTTCACAGTTCCCATGGGTAGGTATAATAGTCAAAGAAGAGGAAACCATGAATTGATGCCCTCGAATCTGCTCTTACTGTTCTCGAATAGGC
TCTTTCAGGAAAGAAGAATTCGTTGCTCTTAGGCATCCCGTCGAATCAGCTCTGAGGGCAGGAAGGAAGGACACGTAGCCAGAGTCATCCAATATGTTCA
TAAAGACGGGCACTACGGTGAGACGTGAAAAGACCCGATCCCATTCCGACCTCGGTCTACTCTGCTAAATAGGGACTGGATCACCGGGGGATCAATAGAA
TCTAAAGGATCAACTTCTTTGTCTGGATTTGTTACAAGTAACTGATTTCGAACCGTTGATGTAGCTGGGCACTATTCTTGTCATTTGAATCCCCGTCCTT
TGGCCCAGTATGAGTAGGAGCACAACTAGTTCCAGCACTCAAATCCGCTCTTGGGACCACTTGCTTTCTTTCTCCCGGAATGCATAAAGTATCTGCTGCT
AGCTTCACCGCTGCTGTGTAATAGATGGCACTGGTGGAGCTGCTCGATAAGCCACCACAGTCTATGCCTCCTCTTGCGAGTAAGCCGTTGCTTCAACGAA
GGATTTACTGAGCGAACTATTAATATGAAATAAACAAGATCCAAAGTGTTTGCTTCCGGCATCCCCGACGCGGGAAAGGAAAGATGTATAGGTAGGGATA
ACAAAGGAAGTAGACCCCGCAAAGGATAAGGAGGGTAGTCCCGTTACCACCTGGCGGATAAGCATAAGTCTGGCCAAGCAACTGCTCGAGTTATGAGCCA
GTAAAGTGACCAGTGGATAAGTGACCAGTAGATAGATAGCGGGGATCTCCCCTTCTTTCTTTGCTGCCAGGAGAGAGGAATTGGATTGGGATCCAGGGCT
TGTCTTGCTATCGGTTAATATATAGATAGATAAGAAAAGTCATTCCATGCAATCGAGTAATATATGGATCAATTCGAAAAGTCATTCTATGCTTTCGGGC
TTAGATCGCTAGGCATGGGCATGGGATCGGGTAAGGGTAAAGGGGCAGTCAAGAAGTGAGTAGATGTTGGTGCCGATATGTAGTAGTGTCGAGTGAATAC
CGAACAGGTCTATGTTCTTAGGCTCAAATACATAATCCGGACTCTTTCTTCGCTCAAATACATAATCCGGACTCTTTCTTCGTTGATCTGATATCATTTC
TCATTTATTACTTATATCATTTATTACTTATATCATTGATTACTTATATGCAGGGGAGTGGTTTGAGTCTTCATGGAGTTCTGTTCTTGGCCTCTTCTTT
CGCCTGGGCCTTTTTCGGGACTGAAAGAATTACGTCTCTGTGTCTGTTAGGAAGGAAAGAAAAGAGTATCAA