| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30676938 | Nymphaea colorata | Setaria viridis | 39.93 | 50.36 | 90.7 | 484 | reverse complement |
| CNT30525072 | Nymphaea colorata | Phaseolus vulgaris | 18.89 | 53.63 | 99.13 | 229 | forward |
| CNT30711335 | Nymphaea colorata | Glycine max | 30.61 | 94.64 | 93.8 | 371 | forward |
| CNT3044711 | Nymphaea colorata | Prunus dulcis | 39.36 | 100 | 97.69 | 477 | forward |
| CNT30554009 | Nymphaea colorata | Oryza glaberrima | 29.21 | 64.95 | 93.5 | 354 | reverse complement |
| CNT30612440 | Nymphaea colorata | Arabis alpina | 18.73 | 100.89 | 96.48 | 227 | reverse complement |
| CNT30357533 | Nymphaea colorata | Lactuca sativa | 35.07 | 41.75 | 96.94 | 425 | reverse complement |
| CNT3056240 | Nymphaea colorata | Amborella trichopoda | 20.63 | 87.41 | 98 | 250 | reverse complement |
| CNT30576679 | Nymphaea colorata | Oryza barthii | 29.79 | 68.76 | 94.18 | 361 | reverse complement |
>peptide 1 (35 aa)
MLLGSERKPVMLSATGLSPSSTTLVLLSHNPVFTV*
>peptide 2 (77 aa)
MSRRLILQQARGQRSNSPPTAWELTVSCSISLPDGGSFHLSLTVLLRYRSPGVFSLARWSLLIHTGFHVPHATRVRA*
>peptide 3 (31 aa)
MLIFNSPKHFVACYAFLVSGCLGIHRKPFLV*
>peptide 4 (29 aa)
MDRSPRFGSISSDNCPMKTRFRYGSGGFP*
>peptide 5 (40 aa)
PSSHWPTLTPVILFWVISSIQSLPRFGTALAARTETVLYP*
>peptide 6 (54 aa)
MSSQLLRLNAFRGEPASSGFEWHFTPNHNSSADSSTSVGSDLHLVSPKLHPGHG*
>peptide 7 (42 aa)
MINHRSNCRIGKMQFGAIIYLRLRSRAGLEISGLEPLTSATG*
>peptide 8 (43 aa)
MDSAAVRKVDLFGNLRIYAYFQLPEAFRRLLRLPRLWVPRYPP*
>peptide 9 (66 aa)
MAPVGSLNQATAYESPAHSSTGTRSEIQFSSHCLGAHGFMFYFTPRWGFFSPFPHGTTSLSVTRSI*
>CNT30641660
CCCCATCGTCTCACTGGCCGACCTTGACCCCTGTTATTTTGTTTTGGGTCATATCTAGTATTCAGAGTTTGCCTCGATTTGGTACCGCTCTCGCGGCCCG
CACCGAAACAGTGCTTTACCCCTAGATGTCCAGTCAACTGCTGCGCCTCAACGCATTTCGGGGAGAACCAGCTAGCTCTGGGTTCGAGTGGCATTTCACC
CCTAACCACAACTCATCCGCTGATTCTTCAACATCAGTCGGTTCGGACCTCCACTTAGTTTCACCCAAGCTTCATCCTGGTCATGGATAGATCACCCAGG
TTCGGGTCCATAAGCAGTGACAATTGCCCTATGAAGACTCGCTTTCGCTATGGCTCCGGTGGGTTCCCTTAACCAAGCCACTGCCTATGAGTCGCCGGCT
CATTCTTCAACAGGCACGCGGTCAGAGATCCAATTCTCCTCCCACTGCTTGGGAGCTCACGGTTTCATGTTCTATTTCACTCCCCGATGGGGGTTCTTTT
CACCTTTCCCTCACGGTACTACTTCGCTATCGGTCACCAGGAGTATTTAGCCTTGCAAGGTGGTCCTTGCTGATTCACACGGGATTCCACGTGCCCCATG
CTACTCGGGTCAGAGCGTAAGCCAGTGATGCTTTCGGCTACTGGACTCTCGCCATCTAGCACGACGCTTGTATTGCTCTCCCACAACCCCGTTTTCACGG
TTTAGGCTGCTCCCATTTCGCTCGCCGCTACTACGGGAATCGCTTTTGCTTTCTTTTCCTCTGGCTACTAAGATGTTTCAGTTCGCCAGGTTGTCTCTGC
CTGCCCATGGATTCAGCAGCAGTTCGAAAGGTTGACCTATTCGGGAATCTCCGGATCTATGCTTATTTTCAACTCCCCGAAGCATTTCGTCGCTTGCTAC
GCCTTCCTCGTCTCTGGGTGCCTAGGTATCCACCGTAAGCCTTTCCTCGTTTGAACCTCGCCGTTAACGTTAAGGCTATGCCATCCTAAGGTGCTGCTAA
ATGGAAGGATCTTATCAACGTCCATGAATGATAAATCATAGATCGAACTGCCGAATCGGAAAAATGCAATTTGGTGCTATCATATACCTTCGGCTAAGAT
CACGAGCTGGACTGGAGATAAGCGGACTCGAACCGCTGACATCCGCCACAGGGTAAACCACCGCCTCTCAGGCCTCCCGACTGATTCTACCATAGAGGCC
AACGATAGACAA