| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30532211 | Actinidia chinensis | Eucalyptus grandis | 9.2 | 25.11 | 88.41 | 164 | forward |
| CNT3085348 | Actinidia chinensis | Vigna radiata | 8.98 | 64.52 | 84.38 | 160 | reverse complement |
| CNT30239222 | Actinidia chinensis | Brassica oleracea | 9.2 | 29.08 | 82.32 | 164 | reverse complement |
>peptide 1 (45 aa)
HAILLSHANSLSLLKLLSPNPPKSLSLSRTNPSSSFFYFLLAGAN*
>peptide 2 (46 aa)
MLYERKTLVEAIVIYQKNVKKQTYALFGISAERTTFHLFCFYFIWL*
>peptide 3 (48 aa)
MYSLDQQDVCLRIYHGRRVSHERRLNQHTNVFSTYMSSWFMILTQESE*
>peptide 4 (49 aa)
MMRTYSCVRVHYRLMLIKKKNWSYESTTECGYVYREQLLKIILKKSDHL*
>peptide 5 (59 aa)
MDRYQRVEKPKAETQIHGGSRSQKQRQIDENEIRITSQGRMCNYITYSMTLLQIQERSV*
>peptide 6 (81 aa)
MQSWPNVLRAITRNTSTGVGGHWRIFYISFYWENAASSLVMTTDATTDTNATIGKGCLSVSGIQYGNKSTHWSQQLNQTPC*
>peptide 7 (30 aa)
MLCLELVLREQLFTYFVFILFGCSFGRKNK*
>peptide 8 (43 aa)
MNLSNLEGKNLNQYLYLNFNSNMDLIHTPYYEKYLLSENEKKN*
>peptide 9 (34 aa)
MSYGQLPGTRPQELEAIGESSIYLFIGKMQPHHW*
>peptide 10 (33 aa)
MEWKMHFKKISKNCAKSCLTTIVRNGLRGLQNRV
>CNT30559395
ACACGCCATTCTCCTCTCACACGCCAACTCTCTCTCTCTCTTAAAACTCCTCTCCCCTAACCCACCAAAATCTCTCTCTCTCTCTAGAACCAATCCATCT
TCTTCATTCTTCTATTTTTTGTTGGCTGGTGCTAATTGATTTTTTTGTGTTCTTTGAAGAAGATGGATCGGTACCAAAGGGTCGAGAAGCCAAAAGCAGA
GACACAGATTCATGGAGGGTCGAGAAGCCAAAAGCAGAGACAGATTGACGAGAACGAGATAAGGATTACGAGTCAGGGGAGAATGTGTAACTATATCACT
TATTCCATGACTCTGCTTCAGATACAGGAAAGAAGTGTGTGATGCAATCGTGGCCAAATGTCTTACGGGCAATTACCAGGAACACGTCCACAGGAGTTGG
AGGCCATTGGAGAATCTTCTATATATCTTTTTATTGGGAAAATGCAGCCTCATCACTGGTGATGACTACAGACGCCACCACAGACACCAACGCCACCATA
GGTAAAGGATGTTTGTCGGTCAGTGGCATACAATATGGCAATAAAAGCACGCACTGGTCACAACAGCTCAACCAAACCCCTTGTTAAATAACAAACATTG
TAAAAGAGGTCATTGTAATTTTAAGAATGTGAGGGGGGATGTTGTATGAAAGAAAAACCTTGGTAGAGGCCATTGTAATTTACCAAAAAAATGTAAAGAA
GCAGACATATGCTCTGTTTGGAATTAGTGCTGAGAGAACAACTTTTCACTTATTTTGTTTTTATTTTATTTGGTTGTAGTTTTGGGAGAAAAAATAAGTA
ATAATTATTTTTTTTTCTTATTTTAAAACATTCTTTTCTCTTTGTTTGAGTTAGTTGTATTAACACAAGTTTTATATTAAAAAAATTGATTTTTGATAGT
AGTTAATTTTTTGCGTAGTGCCCGTGCGCACGGGCAATTACTAGTGATATAATAAAATAATATCCAATTGTATGATAAAATAAATTTTTATTTCAAATTA
TAATTAAATATTTAGACATCTGGGCATACAATTCCCAACATCTGGAATAGAAGGACAAATAGTCAATTTTGAAAGAACTTATTGTCAATCTCTTTCATAT
ATGAATCTATCTAATTTAGAAGGGAAGAACTTGAATCAGTATCTCTATCTCAATTTCAATTCGAACATGGATTTGATTCACACTCCATATTATGAGAAAT
ATTTACTATCCGAAAACGAAAAGAAAAATTGAAGTCTTTGTCTAAAGAATGCCTTGAGATGTATAGTCTCGATCAACAAGATGTATGCCTTAGGATTTAT
CATGGTCGACGTGTTTCACATGAAAGAAGGTTGAACCAACACACAAATGTGTTCTCAACATACATGAGTTCTTGGTTTATGATACTCACACAAGAGAGTG
AATGAATGGGAAGCATACAGTTATAGCATAGAACTACTGAGTGATTGGACTGCATAATTGTAGTTCAAGTGCCGTTAAATTATCCTAAGTTAGTCCTATT
TTAGTTTAATTATGTATTTTAATTATGATGCGTACTTATAGTTGTGTTCGAGTTCATTATAGGTTAATGTTGATAAAAAAGAAGAATTGGAGCTATGAAA
GTACAACAGAGTGCGGGTACGTATATCGAGAGCAATTGCTAAAAATTATCTTGAAGAAAAGTGATCATTTGTAGCTCGGAATGGAATGGAAGATGCACTT
TAAAAAGATCTCGAAAAATTGTGCAAAGTCATGTCTAACGACCATCGTGAGAAATGGACTACGAGGGCTCCAAAATAGAGTA