| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30583253 | Triticum urartu | Echinochloa crusgalli | 38.45 | 34.03 | 89.46 | 721 | forward |
>peptide 1 (40 aa)
MVSEDSTSSVMVLPVRVLTKICMPPRRRSTRWRVDSFWML*
>peptide 2 (61 aa)
MRRCWSGGMPSLSWIFAFTLSMVSDDSTSSVMVLPVRVLTKICMPPLRRSTRWRVDSFWML*
>peptide 3 (31 aa)
MIFRQELMHKYRYLQVLTQQDTISVKSTVLL*
>peptide 4 (39 aa)
MFKFDHKLKRSVNIYDFQTRTDAQVQIPSSFDTTRYNIS*
>peptide 5 (62 aa)
MARHLLATTEAEHQVEGGLLLDVVVRQSAAILKLLTSKDQTLLVRWDTLLVLDLRLHIVNGV*
>peptide 6 (30 aa)
KNRHTFRAHLFIQVHPNLLQHSIKFRHSQI*
>peptide 7 (68 aa)
MRRCWSGGMPSLSWIFALTLSIVSEDSTSRVMVLPVRVFTKICICKHKVYQNHNKALVIMKLQNIKHI*
>peptide 8 (87 aa)
MQLRYIRSQIKHRCNIKRLMSATKSERLSRNLAESINHTRLDEHNQHQHQLRLKSADLPDNPGITVRDFTTTEPNQQQSINKPIVSN*
>peptide 9 (62 aa)
KKQAHVQGSFIHSSSSKSAAAQHKVQTQPDITLDHSTVATKNKTRRGHADNHNGVHRKTTDS*
>CNT30685413
AAAAAAACAGGCACACGTTCAGGGCTCATTTATTCATTCAAGTTCATCCAAATCTGCTGCAGCACAGCATAAAGTTCAGACACAGCCAGATATAACGCTA
GACCACAGCACGGTAGCAACAAAGAACAAGACCAGACGAGGACACGCTGACAATCACAACGGAGTACACAGAAAGACAACCGACTCGTGAGCCCAGAGAC
ATAAGCAGCTCCATGGCCAGGCACTTACTGGCCACCACGGAGGCGGAGCACCAAGTGGAGGGTGGACTCCTTCTGGATGTTGTAGTCCGCCAGAGTGCGG
CCATCCTCAAGCTGCTTACCAGCAAAGATCAGACGCTGCTGGTCCGGTGGGATACCCTCCTTGTCCTGGATCTTCGCCTTCACATTGTCAATGGTGTCTG
AAGACTCGACCTCGAGCGTGATGGTCTTGCCGGTGAGGGTCTTGACGAAGATCTGCATGCCACCACGCAGGCGGAGCACCAGGTGGAGGGTGGACTCCTT
CTGGATGTTGTAGTCAGCGAGGGTGCGGCCGTCCTCAAGCTGCTTACCAGCAAAGATGAGGCGCTGCTGGTCTGGTGGGATGCCCTCCTTGTCCTGGATC
TTCGCCTTCACGTTGTCAATGGTGTCGGATGACTCGACCTCAAGCGTGATGGTCTTGCCGGTGAGGGTCTTGACGAAGATCTGCATGCCACCCCTGAGGC
GGAGCACCAGGTGGAGGGTGGACTCCTTCTGGATGTTGTAGTCAGCGAGGGTGCGGCCGTCCTCAAGCTGCTTGCCAGCAAAGATGAGGCGCTGCTGGTC
CGGAGGGATGCCCTCCTTGTCCTGGATCTTCGCCTTGACGTTGTCGATCGTGTCAGAGGACTCGACCTCAAGGGTGATGGTCTTGCCGGTGAGGGTCTTC
ACAAAGATCTGCATCTGCAAACATAAAGTGTACCAAAACCATAATAAGGCACTCGTAATCATGAAACTGCAGAACATAAAGCATATATGAACCAGAAGGC
CATGATCCAAGAGAGACGAAATTGTAACTATGTCTTGAACTATTAGATAGCAGATTGATGTTCAAGTTTGACCACAAGCTAAAAAGATCAGTTAATATAT
ATGATTTTCAGACAAGAACTGATGCACAAGTACAGATACCTTCAAGTTTTGACACAACAAGATACAATATCAGTTAAATCAACAGTACTACTGTAAGCAA
ACACAATTGACTCTTAAGAGCAGAACCGGTGCACAAGAACGGATCCTCCAAACAACTACTAGGCCCAACAACTAACATAGGAACCAGTTTTGCTAAAGCA
CATCTAGGTGTGCCCAAGTATGCAACTCAGGTATATCCGTTCACAGATCAAGCATAGGTGCAACATAAAAAGGCTCATGAGCGCCACAAAGTCTGAGCGA
CTCAGCAGGAACCTAGCGGAATCAATCAACCACACACGCCTAGATGAACATAATCAACATCAACATCAGTTGCGTCTCAAATCGGCAGATCTACCCGATA
ATCCAGGCATAACCGTGAGGGATTTCACGACAACGGAGCCAAATCAACAGCAATCGATCAACAAACCTATCGTCTCGAACTAGTACTGCTAACACGGAAC
GAGCGGATCAACTAGAACACCTCTAATCGGCAGATCTACCGGATAATCCAAATCGAGAGGGATTTCGCGACAACCGACTACGGGGCAGATCAACAGCAAC
ATAATCAACGATAATAGCGAGGGGCGCGGTCTGAAATTCACGTACCTTGGAGGTGGGCGAGAAGGCCTTGGCTTCGATTCGATCGGAAACTTTCTTGGGG
TCGCTTGGCAGGGAGGATTGGATGAGTGGAGGAGGAGACGGGAGGGGAGGGGGATTTAAAGGGGGAAGAGTCCCG