| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30506280 | Actinidia chinensis | Nicotiana attenuata | 3.2 | 26.78 | 94.94 | 79 | forward |
| CNT30191267 | Actinidia chinensis | Secale cereale | 3.12 | 22.65 | 94.81 | 77 | forward |
| CNT30544783 | Actinidia chinensis | Brassica napus | 3.12 | 24.06 | 93.51 | 77 | forward |
| CNT30236394 | Actinidia chinensis | Brassica oleracea | 3.12 | 20.81 | 93.51 | 77 | forward |
| CNT3075181 | Actinidia chinensis | Brassica juncea | 3.12 | 21.1 | 93.51 | 77 | forward |
| CNT30261820 | Actinidia chinensis | Brassica rapa | 3.12 | 24.6 | 93.51 | 77 | forward |
| CNT30612531 | Actinidia chinensis | Arabis alpina | 3.24 | 20.1 | 90 | 80 | forward |
| CNT30126894 | Actinidia chinensis | Corymbia citriodora | 3.16 | 21.61 | 94.87 | 78 | forward |
| CNT30115210 | Actinidia chinensis | Eutrema salsugineum | 3.16 | 31.71 | 93.59 | 78 | forward |
>peptide 1 (45 aa)
MVLFWVISFECDKLIICLPSSHTSKTCPLGIVAILCVTQGSEVLS*
>peptide 2 (50 aa)
MVQGLIQGSSGPGRRKQLPSMHLLFSLATGGNASIQPFHQLSKTVLHRAT*
>peptide 3 (50 aa)
MKGKCKKLGKSSSSDCTCSPLFLRGRFGFELMEKHQMPTSNTTNLLTSPL*
>peptide 4 (32 aa)
MPPHRKYLLLLDLLPIYELIGSQFRQSCSLDL*
>peptide 5 (34 aa)
MDFQFQLKFATIALMTPLKPLWYYFGLFLSNATS*
>peptide 6 (31 aa)
MRQVNNLLAIFSHFENLPSGHCGNFMCYPGE*
>peptide 7 (29 aa)
MASLSPALSVLSTFLSLPCVFGVCQTFWF*
>CNT30566242
TGATCCGTGATTCCGGGTTAGTCTGGATACGGCCCATACAACCCAGCCCGCGGGCATTCTGCTAGGGTTTTCAGATAAATAGCACCCCTGCCCTGATACT
CCTGACCCCACTTGAACCAAGCCTCGGCCCTCGTTTCGGATCAAAGTCGAAGAAAAGAAGAAAGGAGGGTTTGTCACTGTATCACAATGAGAGCTAAGTG
GAAGAAGAAGCGCATGAGGAGGTTGAAGAGAAAGCGCCGAAAGATGAGGCAGCGATCTAAGTAACAATCGATTGCTGTTTCTCTATGGCATCTCTGTCTC
CGGCTCTCTCGGTGTTGTCAACTTTCTTATCTTTGCCTTGTGTTTTTGGCGTTTGTCAGACATTTTGGTTTTAGTTCCATGGTTAGTTAATCGTTTTTGA
TGTATGGATTTTCAGTTTCAGCTAAAATTTGCGACTATAGCTTTAATGACTCCACTTAAGCCTTTATGGTATTATTTTGGGTTATTTCTTTCGAATGCGA
CAAGTTAATAATCTGCTTGCCATCTTCTCACACTTCGAAAACTTGCCCTCTGGGCATTGTGGCAATTTTATGTGTTACCCAGGGGAGTGAGGTATTGAGT
TAACCATAGGACAGCATTCTCATTGTTACAAGTCATATGACTCATATCTACCCAATGTTACAGTAACCAATTTTGAAATGAGGGTACATTGTTTGTGGTT
AGGGTTGACAATGTTTCATTTCGACATGATAGAATGGTGGGAGGATATGCGTTAATGAATGAATATGCTTGCAATAGGCTCTTAATTTTTGGAATTTGGC
TGCATTAACTGATGAACACTTTCTTTTGTTTTTTGCATGAAAGGAAAATGTAAAAAATTGGGCAAGTCTAGCTCAAGTGATTGTACTTGTTCCCCTTTGT
TTCTAAGGGGGAGGTTTGGGTTCGAGCTTATGGAGAAACACCAAATGCCTACTAGTAATACAACTAACTTGCTAACATCCCCTCTGTAGCAAAATAAAAA
AGTAAAAAAAAGAAAAGAAAAGGACTTGTATATATATCACTTTATGACAATATAATGGCCCCATCTTGCTGTAGTCGCATTCTCCATCTATACTGGTAGT
GGCTTGGGAACTTTAATAGTGGCGACGGATGAATCAAACATGGTACAGGGTTTGATTCAAGGTTCTTCAGGCCCCGGTAGGCGAAAGCAGCTTCCCTCAA
TGCATCTGCTTTTCTCTCTGGCCACTGGGGGAAATGCTTCAATACAGCCCTTTCATCAACTAAGCAAGACAGTTCTCCATCGAGCCACTTGACAAATGCC
TCCACATCGTAAATATCTGTTGCTACTGGACTTACTGCCAATATATGAGTTGATCGGTTCTCAATTTCGCCAATCATGTTCCTTGGATTTATGACTGGAG
ATGTTCCTACCTGACTTGTTTTGTTCTCCTTTTGGGCATCTCGCTTCATAAGCAAACGGTAGAACTCCACTACCTCTGGCACACGACGCACTGCTTTTGA
TCGAGCTAACAAGTTTGAAGGTCGTGGTGGTGGAGGTGGTGGTGCTGTTTGCACTTTGTAGTCGTGCACCTTATGTGAAGGGGCGGACGTAATTGGCTTC
GATGGTGGTGGTGGTGGTGGTGATGGTGGTGGTGTTCTTGCTGGTTTTCCCTTTTCAACTGCAGATTTGAGAAAATCGTCTGCTGGCTTCAAAATCTCCA
CGGCTATACTTTTTACTGCAATCTCAGACGGTACTGTAGCTTTCTGCTGAAATTTATCTGCATTTGCGCTATCCATGGAGTTCTGCAACTTCTTCCAGAG
TCCTCGTTTTCTTTCTCCAGCGAATTGTTCCATGCCATAGCTGCTTCCAGTTCTTTCCTGAGGAAGGCAATTCTCGAGTCATCATCGTCTACCGGCATTC
TCCTTCCTGTTCTGCTTCCTTCGAAAAGAAAAGCATGGGGAGAGAAGGGAGATAAATTGAATTTCTTGATTTTCCCTTTTATGCATGCCTTACTTCTGAA
GAAAGGTATCCTTACCTAAGGTTGAAATGCTAATACTAAAAATCGCCTTAGATTTGTCACAAATGTAGTTCAACATAACACATTTCGGTTTTCAAGAAGG
GTATTTTGGATAATTGGCATTCTTGGTCTGCTAGATTTGTGGCTTTTCTTGATTTACGCTTAAACTTTAGATGCTTAAGTAGGTGATAGATTTCTTGATT
TGGCTGGCATTAGTTGTCTGTGTGGAGTAGCTATCCCGTCCAAGTTGGACATGTTAGGTGCTATTGAATTCTCTGGTCAAATTTACCTTGTGACTCCTAA
TAATTCCTAAATATTTTCTTTGCGAACCATTTTTGGTCCTGGAAATCTTCAATTAACTCCCATCTACCTGCAAATAAAGGCCTCATTGTATTGAATGCTG
CAGTGTGGTGTGTGTGTGTGTGTATGTCTTGTAATCTGGAGCATGGGGTGGCTTCAATAACCCTTGAGATT