| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30671810 | Marchantia polymorpha | Setaria viridis | 3.49 | 25.1 | 88.71 | 62 | forward |
| CNT30317531 | Marchantia polymorpha | Corylus avellana | 4.05 | 24.49 | 86.11 | 72 | reverse complement |
| CNT30277964 | Marchantia polymorpha | Chenopodium quinoa | 7.71 | 22.87 | 84.67 | 137 | forward |
| CNT30403855 | Marchantia polymorpha | Beta vulgaris | 4.56 | 22.25 | 87.65 | 81 | forward |
| CNT3097013 | Marchantia polymorpha | Solanum tuberosum | 6.69 | 26.8 | 82.35 | 119 | forward |
| CNT3060039 | Marchantia polymorpha | Arabidopsis lyrata | 5.17 | 23.71 | 84.78 | 92 | forward |
| CNT30259882 | Marchantia polymorpha | Brassica rapa | 8.55 | 39.79 | 81.58 | 152 | forward |
| CNT30135602 | Marchantia polymorpha | Lolium perenne | 6.75 | 21.43 | 82.5 | 120 | forward |
>peptide 1 (29 aa)
MFLSKLHVLILDSNLYILYLTRQVELDNP*
>peptide 2 (61 aa)
MISTILDYLGKDLTRYVRQRNGIVRTSVLNHVFDSLRLISHSLIDLEHLIIGGLQLHLVLP*
>peptide 3 (47 aa)
MSMTVIKDSAKECNHHERKRPCPSLDCPRFHDGGIGRVCRLYITDYG*
>peptide 4 (47 aa)
TRTSTAIRKGSELLGNQFYFMIADPCDCPGLNTNFTSSKACRTGADL*
>peptide 5 (54 aa)
MSEIRTPPSPHSTATQARAPQTLDFRLNSTPKLPPIEMLDRAVRSKTMKRRTRR*
>peptide 6 (69 aa)
MCNVNHNKRSTRRKEHSDTTKVSSRSEFVSAPPCFRCEEVYMKTTENFWRHSDHLILCLMELCHKGEAP*
>peptide 7 (39 aa)
MFQTLPTKDHLLYYRRRKVNLTKRSMATLLGQLLQLLSP*
>CNT3039962
GACCAGAACATCAACTGCAATCAGGAAAGGGTCTGAATTGTTGGGCAACCAATTTTATTTTATGATTGCGGATCCTTGCGACTGCCCTGGACTAAATACC
AATTTCACAAGTTCAAAAGCTTGTCGTACTGGAGCAGACTTGTGAATACATCAATCACCCTCGTCCAAAATGTGAAAGCAAGGGTTTGTCCGCAAATGTT
TCTAAGCAAGCTCCATGTACTGATCCTAGATTCAAATTTGTATATCTTATATCTTACAAGGCAAGTCGAATTGGACAACCCTTAGAGTAAGCAAACACCG
AAAGATCAATAACCCGCACCAGCCTTAGATTTGAAAAACCGTGATTACCTTACGTTCTGCCGTGGCGGCGCCTGAAGCTTGTAACTTAAAAGAACTCAAA
CGAATATAAAACTACGATACGATTTTGCTGTACTGAAAAGCATGTTTCAAACACTTCCAACAAAAGATCATCTACTGTATTATAGAAGGAGAAAAGTCAA
CCTTACAAAGAGGAGCATGGCTACACTATTGGGACAACTTCTTCAGCTGTTATCGCCCTAGCCCTCGATCACTCTAACACGGCAAGTGCTAGCACGTCAA
AATCTTCCTTTCATGTCAATGACTGTAATAAAGGACAGCGCGAAAGAGTGCAACCATCATGAGAGAAAACGCCCATGTCCTAGTTTAGATTGTCCCCGAT
TCCACGATGGAGGCATAGGCCGGGTGTGTAGACTGTACATAACTGACTACGGCTAGAATGTGCAACGTCAACCATAACAAGAGATCAACACGACGGAAAG
AACACTCGGACACAACGAAAGTATCCTCGCGCAGTGAATTTGTTTCTGCTCCGCCATGTTTCAGATGCGAAGAGGTTTACATGAAAACCACTGAAAACTT
CTGGCGGCATTCAGATCACTTAATACTATGTCTTATGGAGTTGTGTCACAAGGGAGAGGCTCCATAAAGTCTAGTCAGAACGGAGATCTACCGCCGCTGT
GAGCACGAAGTTACTCGAAGGCCCATTGATTCTCCCTTCTAACCTCTTCTTCCTCCTCTGGCGTGAAGTCGTTCTTTATGTTGAACGTCTTCCGGATTTC
TTCTGGAGTCTTACCCTTGATCATATCGGCCACTGTTTGACATGTCAAATCCAGGAGGTTTTTGATATTCAAGGAACACTTACCAAGATGAGATCGAAGA
GAGTGGCCTGATCCACCTTCACAAACTCAGCATCCCACTGCTTAATCTCATCTTCAGGGACGGCCGGCTTCTCGTCCGAGATCTTCTGAGACTCCACATG
ATATCGACAATACTCGATTACCTTGGCAAGGATCTTACTCGATACGTTAGGCAGAGGAATGGGATTGTCCGTACCAGTGTCCTCAATCATGTTTTTGACA
GTCTGCGACTCATAAGCCACAGTCTCATCGACCTCGAACATCTCATCATCGGAGGACTTCAGCTTCACCTTGTTCTCCCGTGACATCTTGGCACCTACGC
TCCCACCACCACCAGAAACACAGGCAGCAGGCAGACACAGCAAGACAGGCCTACAACCTCGAAATCTCCAAGCTGGTTTCCGAGAGGAAAAGACGATGTC
AGAGATCAGAACACCGCCCTCACCGCACAGCACAGCAACGCAAGCGCGGGCTCCCCAAACTCTTGACTTCAGACTGAACTCCACACCAAAGCTCCCACCG
ATTGAAATGCTCGATCGTGCCGTGAGGTCGAAGACTATGAAGAGAAGGACGCGCAGATGAGGCGAAACGGAAGGATAT