| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30125041 | Marchantia polymorpha | Physcomitrium patens | 18.57 | 39.44 | 87.05 | 224 | forward |
>peptide 1 (32 aa)
MRGMVELQKSWRIFICSTKRSAGRERRWTWRG*
>peptide 2 (33 aa)
MGSTTSPKGPPATLYPSMARVTEVVQTSLSEDL*
>peptide 3 (37 aa)
MDVAGVKGIGYLIISSEPMRPDATSYHVAVQSSCDSP*
>peptide 4 (38 aa)
MSLATRSFLACRPKLFSRASLACPYRMPLLPHPRISDLF
>peptide 5 (29 aa)
MSLRGRWGRRHHPKDLLLLCIPRWLELPR*
>peptide 6 (54 aa)
MRFPVAPSDIVVLSFHVSGHSFVPRMSPEAVLPRFIGLPLSHAAPATSTNLRPLS
>peptide 7 (50 aa)
MGPFPVTIAWTKNPNMENMASLPFFSSLTFSSAKVSGSSAKFRGSNEPPG*
>peptide 8 (79 aa)
MAHRAWITSNSRFLAKVSGSAENRYQMEAGAAAFEVLRMTTRASPTFTFWVRALPDRPKACPTKVDAETAVAAMLTRRR*
>peptide 9 (65 aa)
MLRAITWLFNPHAIPRSPFGYCGFVLSCLWPLVRSSHVARSCSPALHWPAPIACRSCHIHESPTSF
>peptide 10 (93 aa)
MASHLLASSKCLISQLKDFRLVSGGEGGGVGPGVVGNGVSQVVGQVLDGTLSGNDSLDEESEHGEHGEPSVLQLLDLQLSEGVWVLSQVQGVE*
>CNT3040145
AATGAGATAGATTTATTAGAGAAGGCGAATCACAGGAGCTACTCCAGGTAGCGATTGGCAGCTTTGAAGTAACCTACGAAGCAACTATATACACCTGGTG
CCGACGGACTTTTGAGTTCCATGGCAAGCCATCTCCTCGCCAGCTCCAAATGCCTAATCTCACAGCTGAAGGATTTTCGTCTAGTTTCCGGGGGTGAAGG
TGGTGGCGTAGGCCCAGGCGTTGTTGGCAACGGGGTCAGCCAAGTGGTCGGACAGGTTCTCGATGGGACCCTTTCCGGTAACGATAGCCTGGACGAAGAA
TCCGAACATGGAGAACATGGCGAGCCTTCCGTTCTTCAGCTCCTTGACCTTCAGCTCAGCGAAGGTGTCTGGGTCCTCAGCCAAGTTCAGGGGGTCGAAT
GAGCCTCCGGGGTAGATGGGGTCGACGACATCACCCAAAGGACCTCCTGCTACTCTGTATCCCTCGATGGCTCGAGTTACCGAGGTAGTCCAAACCTCCC
TCAGCGAAGATCTGTGATCCAGCCTTGAACCACACTGCCTCTCCGAACTTCACACCGTTCTTGGCCAACAACTCGGGGAAGACGCATCCCAGAGCTCCCA
ACATGGCCCATCGAGCGTGGATCACCTCCAATTCACGGTTCTTGGCGAAGGTCTCGGGGTCAGCAGAGAATCGTTACCAGATGGAGGCGGGGGCGGCGGC
CTTCGAGGTCTTGCGCATGACAACGCGGGCCTCACCAACATTCACCTTCTGGGTGAGGGCATTGCCGGACAGGCCCAAAGCCTGTCCAACGAAGGTGGAT
GCGGAGACGGCGGTGGCGGCCATGCTGACTAGAAGGCGGTGAGAGGAGGTGAAGTGTTCGAGTATGAGAGGAATGGTTGAGTTGCAGAAAAGCTGGAGAA
TCTTTATATGTTCGACTAAACGGAGTGCAGGTAGAGAGCGTAGATGGACGTGGCGGGGGTAAAAGGGATAGGATATCTGATAATATCGAGTGAGCCAATG
AGGCCAGATGCTACGAGCTATCACGTGGCTGTTCAATCCTCATGCGATTCCCCGTAGCCCCTTCGGATATTGTGGTTTTGTCCTTTCATGTCTCTGGCCA
CTCGTTCGTTCCTCGCATGTCGCCCGAAGCTGTTCTCCCGCGCTTCATTGGCCTGCCCCTATCGCATGCCGCTCCTGCCACATCCACGAATCTCCGACCT
CTTTCT