| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30128918 | Actinidia chinensis | Corymbia citriodora | 9.03 | 38.52 | 85.82 | 141 | forward |
| CNT30706997 | Actinidia chinensis | Prunus avium | 6.59 | 21.64 | 88.35 | 103 | forward |
>peptide 1 (37 aa)
MDRPCRPLEMQKGRRLSKQLESPSSTTSTILGSSAMG*
>peptide 2 (35 aa)
MPKNKPKIMVMKNRIALYREFLQYDQCCFQKQALH*
>peptide 3 (67 aa)
EFVGKFYLKNSSITNTYANKESHQTKQSKRKQQMAKNTGAMVFFSPLTPLLRTSIRLFLECVKVNIF*
>peptide 4 (53 aa)
MRTQPTWAKTTGMRKSYSKPKNSLRKIFTVVGSSTPVITNGSSLSPTRDAKRP*
>peptide 5 (41 aa)
MARSQRDNHHSVHREVGEAHEYEVVEIKELDRCPFIPNHGV*
>peptide 6 (45 aa)
MLTKNHTKQSKVKENSKWQKIQGLWFSSLLSLLYLELVYAYFWNV*
>peptide 7 (42 aa)
MRKATLNTFLQLFRGKRQFFQLLQRFVLKKHWLLQGKGRQNR*
>CNT30565697
CGGAATTTGTAGGGAAGTTTTATTTAAAGAATAGTAGTATTACAAATACATATGCTAACAAAGAATCACACCAAACAAAGCAAAGTAAAAGAAAACAGCA
AATGGCAAAAAATACAGGGGCTATGGTTTTCTTCTCTCCTCTCACTCCTTTACTTAGAACTAGTATACGCTTATTTTTGGAATGTGTAAAAGTGAACATC
TTCTGATCATCTCCTCTGGAAGTTAAGGTACTTGATTCCGTAAGCAAAGACGAAGAAGAAGATGAGGACCCAACCAACGTGGGCAAAAACCACCGGAATG
AGGAAGTCATATTCGAAACCCAAGAATTCTTTAAGGAAAATCTTCACCGTTGTGGGTTCTAGTACACCAGTAATTACTAATGGATCGTCCTTGTCGCCCA
CTAGAGATGCAAAAAGGCCGTAGACTGTCCAAGCAACTGGAGAGCCCCAGTAGTACCACCTCCACCATATTGGGATCATCTGCAATGGGTTGAGCATAAA
GTGTCATAATTTTGATTTAAGGTATATGAAATGTGACAAGAAATTATAAAGGTGGTTTTTGGATCACGAAAAATTATATGCATTAAAAAGTTTCTGAAAT
TTCACGTATGGCAATGTGAAAGTGAAAATCCTATTTAAGGTTAACTAGTAGATACATACCGGCCTCGTGACGATGTAACCGGAGAACAAGTTCCAGAAGT
TGAGGAAGAAGGACATGATAATGGCGGCAAATTGATGGCCAGGAGTCAACGCGACAACCATCATTCCGTACATCGAGAAGTAGGTGAAGCACATGAATAT
GAAGTAGTAGAAATAAAAGAACTTGACCGCTGTCCATTCATACCCAATCATGGAGTATAGAAGAAGAGCATAAATAATTGTCTGAACTACAACATAAATA
GTTTCTATGGCCACCTGAAAAAACCCAATGCCCGCGTCACTAATTTTCTCGGCGCAAAAAAGTGAATGTGCATTATATTACGGGGGTAGATAAATTCAAT
AAAATTATTTTTTTTGTTTTGTTTACCTGAGCAAATGCGTAAGGCAACTCTGAATACATTCCTGCAGCTCTTTCGCGGTAAAAGACAGTTCTTTCAACTC
CTACAACGGTTTGTACTGAAGAAGCATTGGTTGCTCCAAGGAAAAGGACGGCAGAATAGGTAGCTCCAAGCAAGTTAAGCAGGTCTTGTTGTTTGCTTCT
GTTTATGAAAATTATGCAAAAATAATCATTGTGATACTTAGATTGTATACGTTTTCTTGATTCTATTGTACGTAGATAATTGAAGATAGATATGTAGTGG
AGACTTACATTTTGTTTCCTTTTTTCCAGAAGAGGATGCCAAAGAATAAACCAAAGATAATGGTCATGAAGAATCGGATTGCATTGTACCGTGAGTTCCT
CCAGTACGACCAGTGCTGTTTCCAAAAACAAGCCTTGCATTGAGTTAAGAAGGGTTGGGAATATTGCGTGGGGAAGTAGAGGTCTCTGGCATCCGGTGCT
GGAGTGTTTAGCTCCTTGATAAGCTCCTGATTTCTCCTGGAGAAACAAAATCACGAGAAAGA