Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
CNT30274113 | Avena sativa | Chenopodium quinoa | 29.53 | 70.03 | 86.27 | 437 | forward |
CNT30712097 | Avena sativa | Glycine max | 39.53 | 49.04 | 82.56 | 585 | forward |
CNT3093993 | Avena sativa | Solanum tuberosum | 22.84 | 64.75 | 87.87 | 338 | forward |
CNT30288144 | Avena sativa | Triticum aestivum | 24.19 | 96.76 | 94.13 | 358 | forward |
CNT30387246 | Avena sativa | Triticum turgidum | 59.05 | 75.93 | 89.36 | 874 | forward |
CNT30541587 | Avena sativa | Brassica napus | 54.93 | 69.13 | 85.24 | 813 | forward |
CNT30608684 | Avena sativa | Gossypium raimondii | 22.84 | 80.29 | 88.46 | 338 | forward |
CNT3067093 | Avena sativa | Leersia perrieri | 18.18 | 60.18 | 94.42 | 269 | forward |
CNT30646927 | Avena sativa | Rosa chinensis | 20.81 | 91.67 | 88.64 | 308 | forward |
CNT30689637 | Avena sativa | Triticum urartu | 24.59 | 37.3 | 94.78 | 364 | forward |
CNT30120727 | Avena sativa | Citrus clementina | 23.72 | 63.82 | 90.31 | 351 | forward |
CNT30101083 | Avena sativa | Oryza rufipogon | 24.19 | 67.04 | 92.18 | 358 | forward |
CNT30116334 | Avena sativa | Oryza nivara | 23.85 | 57.87 | 92.07 | 353 | forward |
>peptide 1 (72 aa)
MSRTAKRPRGGYWEKVSTTMGLVGIIFTKPASPFLRNLGKASISLPERLSTLVWISENLTAMWDVWQSSTGA*
>peptide 2 (87 aa)
MISTAQSAWEVPVIMFLMKSRCPGASMTVQEYLVVSNFQRAISMVIPLSRSALSLSSTHAYLKDLLFISAASFSNLSITRLSMPPSL*
>peptide 3 (93 aa)
MMMTWATKLAASLAGSSLALEATYPRLISFTATFFTLKPTLSPGRASSMDSWCISTDFTSVVSPVGPKVTSIPGLITPVSTRPTGTVPMPPIL*
>CNT30247994
GGCATACCAGCAACAAATAATATGACTCGAAATTTCTGACGTATATATAGAGAGTAGCAACAATAATGGAACACAGCAGGACATTGTTTCACCAACATAA
CCGAAAGATAGAATGATAAGCAGCACGAAGGCTGGACGACGCACATAACCGAACTCCAGAGAACGGGCAAGTTCCCAGATTCACTAACACGACTACCATC
GCCATATACCACCACTACGGTTGTAGTAGTGGACAACCACCGGGCACCATCTCATTTCTTCTTGGCGGCAGCCTTGGTCACCTTGGCGCCAGTGGGGTCC
TTCTCCACGCTCTTGATCACACCGACGGCAACGGTCTGCCTCATGTCACGCACGGCAAAGCGGCCAAGGGGAGGGTACTGGGAGAAGGTCTCCACCACCA
TGGGCTTGGTGGGAATCATCTTCACGAAGCCAGCGTCGCCGTTCTTGAGGAACTTGGGGAAGGCCTCAATCTCCTTACCGGAACGCCTGTCGACCTTGGT
CTGGATCTCAGAGAACTTGACAGCGATGTGGGACGTGTGGCAGTCCAGCACTGGGGCGTAGCCGTTGCCGATCTGGCCAGGGTGGTTCATGATGATGACC
TGGGCAACGAAGTTGGCAGCCTCCTTGGCAGGGTCGTCCTTGGCGTTGGAGGCGACGTATCCACGCTTGATATCCTTCACAGCCACGTTCTTCACGTTGA
AGCCAACGTTGTCACCTGGCAGAGCCTCCAGCATGGACTCGTGGTGCATCTCCACAGACTTCACCTCAGTGGTCAGCCCAGTTGGGCCAAAGGTGACAAG
CATACCAGGCTTGATCACTCCAGTCTCAACACGCCCCACTGGCACAGTTCCAATGCCACCAATCTTGTAGACATCCTGAAGGGGAAGGCGGAGGGGCTTG
TCTGAGGGTCTCTTGGGCTCGTTGATCTGGTCAAGCGCCTCAAGAAGGGTGGGGCCCTTGTACCAGTCAAGGTTGCTGGACCTCTCAATCATGTTGTCAC
CCTCAAATCCAGAGATGGGGACAAATGGGACCTTGTCAGGGTTGTAGCCCACCTTCTTCAAGTAGGAGCCAACTTCCTTGACAATTTCCTCAAAACGGCC
CTTGGAGTACTTGGGGTCAATGATAAGCACAGCACAATCAGCCTGGGAGGTACCGGTGATCATGTTCTTGATGAAGTCACGGTGTCCAGGAGCATCGATG
ACAGTGCAGGAGTACTTGGTAGTCTCGAACTTCCAGAGGGCAATATCAATGGTGATACCCCTCTCACGCTCAGCCTTGAGCTTGTCCAGCACCCACGCGT
ACTTGAAGGACCTCTTGTTCATCTCAGCAGCTTCCTTCTCGAACCTCTCGATCACACGCTTGTCGATGCCTCCAAGCTTGTAGATGAGGTGGCCAGTGGT
TGTCGACTTTCCAGAGTCGACATGGCCAATGACCACAATGCTGATGTGAATCTTCTCCTTACCCATGGCTGATGGAGCTC