| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30554296 | Echinochloa crusgalli | Oryza glaberrima | 10.26 | 51.18 | 85.16 | 283 | forward |
| CNT30439328 | Echinochloa crusgalli | Aegilops tauschii | 5.55 | 32.08 | 85.62 | 153 | reverse complement |
| CNT30450467 | Echinochloa crusgalli | Saccharum spontaneum | 97.39 | 93.88 | 89.65 | 2686 | forward |
| CNT30350637 | Echinochloa crusgalli | Eragrostis tef | 13.81 | 77.76 | 90.29 | 381 | forward |
| CNT30106963 | Echinochloa crusgalli | Oryza longistaminata | 3.99 | 48.46 | 88.18 | 110 | forward |
>peptide 1 (65 aa)
MQLQNGRALRLQLPYAPQSPYTSHCVRGCDQNKIHCCALSSHVSCLICPSTSMMNLEMTSLSFIE*
>peptide 2 (63 aa)
MNLLLLDTIFCAPDSGVEELMVSTAAQSRIWLSGRRRKKKKEAMDGSSEEQPGLGVGSFGLLE*
>peptide 3 (56 aa)
MAVESESFPLNTEPKAPPPSLSEKLLVTCCRSLYLKAIRVPPAVLDIRRVLSRRYF*
>peptide 4 (52 aa)
MARERGWRCSSMEQAAGSRQWSCSAQACPPEAMCLWGDLCFANTLLMNWRHQ*
>peptide 5 (88 aa)
MLRQYTVDELAASMRSRLPLSWRTAMVELDPTLTLVDHNRRFLDWSRRTRFPSLPMVKAAVVGSVTGMSELAIHTVVCCGMLLYHMAM*
>peptide 6 (51 aa)
MKYCVVPLGSSSSENGPGEGLALFLHGTSRWLTPVVLFSPSLPPGSHVFVG*
>peptide 7 (47 aa)
MGKLARVNATVVPFVILVVTLCTKLAVLKHSTIQKLRILGSNYVQHS*
>peptide 8 (32 aa)
MHQQATLQALVSSSTFAFPFSLGSNKVCTSPS*
>peptide 9 (39 aa)
MPNKAAAAVVSVSITRATALTSHLTVLRAPSHGSLCIIR*
>peptide 10 (41 aa)
MNSYTSSLRDPSEQNPSRRTKLTCWIVPMVLTSARNCFSPW*
>peptide 11 (47 aa)
MITVLPFLESGSSEAASLRKSVPSPFPLYCSWRLIRSPCQTKQPLLL*
>peptide 12 (30 aa)
MLQIAVPKGDQSAPSSLGYPKSPLSAVFLK*
>peptide 13 (30 aa)
IFCTCKANGEACTCKCYSSSVCYIGCYTLH*
>CNT30580708
TGATATTTTGCACTTGTAAGGCAAATGGGGAAGCTTGCACGTGTAAATGCTACAGTAGTTCCGTTTGTTATATTGGTTGTTACACTCTGCACTAAACTTG
CAGTACTGAAGCATAGCACGATACAAAAGCTGAGAATATTAGGTTCTAATTATGTACAGCACTCATAATAATCTTCAAGCATTCTCCCTAACAATTTGCA
GGTTATCTGATTTATGAACTTTGGGAATGTGAACTGCCCGAAGTAGCACTGTGTGTCTGGGAAGTTGTGCTATTCTGTGCCTGAGAAGTCTGACTTGAAG
ATATATCTGAAAAGAAGTTTATAGCATCAGGACTTTCACCAAGAACTCTTAATGACCTTGGAACAGGGGGCATGTTAACATCAAGGAATCCCTCGAGGAT
TTGAACAATCTGACCAGTTGTGGGTCTAGCACTTTCGTCATCTTGGATGCACCAACAGGCAACCTTACAAGCTCTTGTGAGTTCATCAACATTTGCATTT
CCATTTAGCCTGGGGTCCAACAAGGTCTGCACATCTCCTTCATGAAGCTTGCTTGCAGCAAAGGTTGGGAAGAAGGTGGCTCCGTGCTCTTCTCCGTGAT
CAGAATTTCTCCTTCCTGATATGAGTTCGAAGAGCATCATGCCATAGCTAAAGACATCTGCCTTTGCTGTTATTGCCACACCACTGATCCACTCAGGTGC
CAGGTAACCCCTTGTTCCTCTCATTGTTGTCAATACACGACTGAAGTCTCTGCCTAAGAGCTTCGCTAGACCAAAATCAGCCACTTTAGGCACAAATGAC
TCATCCAAGAGTATGTTTTCTGGCTTGACATCACAGTGTATAATGCAATCCCTACATTTTTCATGCAGGTAATTTAAGCCTCTTGCTGTTCCAAGCGCTA
TTTGGTACCTGGTGGCCCAGCTCAGTGCTGGCTTGCCAGGGAATAGCTGCAAGTCCAGGGAACCCTTTGGCATGAACTCATACACAAGCAGCCTCCGTGA
TCCTTCAGAACAAAATCCAAGTAGGCGGACCAAATTGACATGCTGGATCGTTCCAATGGTGCTCACCTCAGCACGGAATTGCTTCTCCCCTTGGTGAACT
CCATCTAGCCTCTTCACAGCAATGGCAGTTGAATCTGAGAGCTTCCCTTTGAACACTGAGCCAAAGGCACCTCCACCTAGCCTATCTGAGAAGTTATTAG
TGACATGCTGCAGATCGCTGTACCTAAAGGCGATCAGAGTGCCCCCAGCAGTCTTGGATATCCGAAGAGTCCTCTCTCGGCGGTATTTCTGAAATAGGAA
GTATGACACAATAGCAAGGACTATTAAAACTGCGGCAACTCCACCAACAACTGCAGCAATGATCACTGTCTTGCCCTTTTTGGAGTCTGGCAGCTCAGAA
GCTGCAAGCCTGAGGAAGAGTGTACCTTCTCCATTTCCACTGTATTGTTCTTGGAGGTTAATTAGGTCCCCATGCCAAACAAAGCAGCCGCTGCTGTTGT
AAGCGTAAGCATTACAAGAGCAACTGCTCTGACAAGCCACCTGACAGTCTTGAGAGCTCCCAGCCACGGCAGTCTGTGCATTATCAGGTAGCCTCACACT
TGCCATGGTATAGAACTTATCAGGCTTGGCTTGTGCAGAGCTCGAATTTGTCTGGCACTGCAGTGGTACTCTCCTTTTACACCCACCACTGAAATCCTGG
AGGTCCCAATCGCTCTGAACCTTCTGAGTGAACCCCTTGATGCAGTTGCAGAACGGCAGGGCATTGAGGTTGCAGCTTCCATACGCCCCACAGAGTCCAT
ACACCTCACACTGCGTCCGTGGTTGCGACCAGAACAAGATCCACTGCTGCGCGTTGTCCAGCCATGTCAGCTGCTTGATCTGCCCATCTACGTCGATGAT
GAACCTCGAGATGACATCATTGTCCTTCATCGAGTAGATGAAGTAGCTCTCAGTGCCATTGTCGATGAACTGGAAGTTGTAGTTGTAACCAGATGTCATC
TCCGGCACAAGGCTAAAAATATTTCCATTCCAAGGACCGCTGGTCCAGTATGTTATGGAATCATTCCACTGAATGAAGTATTGTGTTGTGCCTCTTGGAT
CCAGCTCCAGTGAGAATGGCCCGGGAGAGGGGTTGGCGTTGTTCCTCCATGGAACAAGCCGCTGGCTCACGCCAGTGGTCTTGTTCAGCCCAAGCTTGCC
CCCCGGAAGCCATGTGTTTGTGGGGTGATCTATGCTTCGCCAATACACTGTTGATGAACTGGCGGCATCAATGAGGTCAAGGCTTCCACTATCCTGGAGG
ACGGCGATGGTGGAGTTGGATCCGACGCTCACGTTGGTCGACCACAACCGCCGGTTCTTGGATTGGTCAAGGAGAACAAGGTTCCCATCGCTGCCGATGG
TCAAGGCAGCGGTGGTCGGGTCTGTCACCGGCATGTCGGAGTTGGCCATCCACACAGTCGTCTGCTGCGGTATGTTGCTGTACCATATGGCGATGTAGTA
GTTGCTGGAGCTTGAGGTGGTGGTGTTACCTTGGGGCGGGGTGTAGAAGCCCAAAATGAACTTGTTGCTCTTGGACACAATCTTCTGCGCCCCGGACAGC
GGTGTGGAGGAGTTGATGGTGTCGACGGCTGCGCAGAGTAGGATCTGGCTGAGTGGCAGGAGGAGGAAGAAAAAGAAAGAAGCCATGGATGGGAGCTCGG
AGGAGCAGCCAGGGCTGGGGGTGGGGAGTTTTGGACTTCTGGAGTAATTAGAAGCGGT