| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30677151 | Echinochloa crusgalli | Setaria viridis | 5.22 | 49.77 | 88.89 | 108 | forward |
| CNT30104816 | Echinochloa crusgalli | Oryza longistaminata | 4.49 | 21.78 | 87.1 | 93 | forward |
>peptide 1 (48 aa)
MFSSFALCCPRKDNRSLASLQASWTMLTSCLSGSSWILSAIFRASTRS*
>peptide 2 (52 aa)
LFTELHNFCFCGRTQNTPLFTELQVGNNVVQTVRTNIHQYFIASREVQDKRE*
>peptide 3 (60 aa)
MIAGARCRRGTPRPGLSSWRAGTLCIYRQRSRASPPILPGSPPTCSHRSRCAARVKTIDH*
>peptide 4 (62 aa)
MRCISIIHQLPQASKAVGIRRCKVYEQIIGLIINYFLFTGFGISSLLHETFKRFNLVIFIFF*
>peptide 5 (64 aa)
MSSTGYSNFGVALIPWCRVDRTLQRGQTVASHALYLHYSPTASSIQGGRNTEVQGLRTDHRAYY*
>peptide 6 (93 aa)
MVVVVAAAAVLSSPVGIIIEAGVMSSPWPPGGVTCIDASVALPLPPVGMRGEVSVVPLLLPLLLFVACFSCSSVLCIFSAMVSIPMYDSRSQM*
>peptide 7 (44 aa)
MDEVGDVSGGLARRHAPVLVQIVLANQQGCQLPDRLRLALLVAS*
>peptide 8 (42 aa)
MGTSKMTASMQPAASIRRTSIKLKHNVFNWLLKFWCSTNSLV*
>peptide 9 (37 aa)
MGTIVEIKDSQCKVTAPLIHVGRPHDHLVSQLKPLLC*
>peptide 10 (36 aa)
MMLSSNGLGKLLHISFSLPTPLCFRIHWPRLSLNAL*
>CNT30581642
TTGTTTACAGAATTACACAATTTTTGTTTTTGCGGAAGGACCCAAAATACACCATTGTTTACAGAATTACAGGTAGGCAATAATGTGGTACAGACTGTAC
GTACAAACATACACCAGTATTTCATAGCTTCAAGGGAAGTACAAGACAAAAGGGAATGAGGTAAATACAACACCCGTATATACGTAGCAAAATGCATGCT
GGATAGAAACAAACCGAGGCAAATTGTATATAGATGGGAACTATAGTAGAGATTAAAGACTCCCAGTGCAAGGTAACTGCCCCGCTTATACATGTCGGAC
GTCCTCATGACCATTTGGTATCACAGCTAAAGCCTCTGCTGTGTTAACTCCACTTCCATGTGATAATTGGCACCGCCACGTATGGTCGTCGTAGTTGCAG
CTGCAGCCGTGCTATCATCACCGGTAGGCATCATAATTGAAGCTGGTGTAATGTCATCGCCGTGGCCACCAGGGGGCGTCACTTGCATAGATGCTTCCGT
GGCATTACCACTGCCACCGGTGGGTATGAGAGGTGAAGTTTCTGTGGTGCCACTATTGCTGCCGCTATTATTGTTTGTTGCTTGCTTCTCCTGCAGCTCT
GTCCTCTGCATCTTCTCCGCCATGGTCTCCATCCCCATGTATGATAGCAGGAGCCAGATGTAGGAGAGGTACTCCCCGCCCTGGCCTAAGCTCTTGGCGT
GCAGGTACCCTCTGCATCTACCGGCAGAGAAGCAGAGCATCTCCACCCATACTCCCTGGATCACCTCCCACATGTTCTCATCGTTCGCGTTGTGCTGCCC
GCGTAAAGACAATAGATCACTAGCGAGCCTCCAAGCATCATGGACGATGCTTACATCCTGTCTCTCCGGCTCTAGCTGGATATTATCGGCTATCTTCAGG
GCGAGCACACGTTCTTGATCCAACGCGGGCCGTGCACCACCCACTTGAGGATTAATCTCGAGCGTCAACCTAAGCTGCGTGTAGGCTTCTCTGAACAGGC
TGCGCCTAGCCCCGGTCATCAGCATCTCTGGGTTGACGAACAGCAGGTACACCACGTAGTTGGATATCTCCCTGCACCTCCAGGCGGCAGACGGGCCTAC
TGTGTAGAAGCAGAAGTCAGTGGCGAGGTGCCAGAGGATGATGCTCTCATCAAACGGCCTCGGCAAGCTCCTCCACATCTCCTTCTCCCTGCCGACCCCC
TTGTGCTTCAGGATCCACTGGCCGCGGTTGTCGTTGAACGCCCTGTAGGTGGCCGTGTCCTTTATGTGATTCATCGTCCACCCTTTATTGAGGTAGCCAT
GGACGAGGTTGGTGATGTCTCTGGAGGACTTGCACGCAGGCATGCACCAGTGCTGGTCCAGATAGTCCTTGCAAACCAGCAAGGTTGCCAGCTTCCGGAT
CGTCTTCGTCTTGCACTTCTTGTTGCGAGCTAAATACCATATTAGGTTGTACTGTGCTACTTGATCGGGCCACTGTGGCTGATCACCAGACCATCGATTA
ATTCTGATAAGTATCACAACAGGTATAAGGTACTCAAGACCAGCAGTACATGATAGCAATATGTATGTGATCCTGACATCAGTGTCGATAGCTCTTCCTT
GACTAATGGGCACTAGCAAAATGACTGCAAGCATGCAGCCAGCGGCTAGTATCCGTAGAACGTCTATAAAATTAAAACATAATGTCTTCAACTGGTTACT
CAAATTTTGGTGTAGCACTAATTCCTTGGTGTAGAGTCGATCGAACGTTGCAGAGAGGCCAGACTGTAGCAAGTCATGCGCTGTATCTCCATTATTCACC
AACTGCCTCAAGCATCCAAGGCGGTAGGAATACGGAGGTGCAAGGTCTACGAACAGATCATAGGGCTTATTATTAATTACTTTCTCTTCACTGGGTTCGG
CATTAGCAGCCTCCTGCACGAAACTTTCAAGAGATTTAATCTGGTCATTTTTATTTTCTTCTGATCCAGACGAGTCCACGAGGCTATTGATGCTAACTCT
CTTCAAATCCCATGGCTTCAGTATGCATTTTAGAATCCCTGGGACGAACAAGAGAACTGCTGCTGCCAG