Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
CNT30674625 | Oryza nivara | Setaria viridis | 2.71 | 34.15 | 96.91 | 97 | reverse complement |
CNT30197557 | Oryza nivara | Pisum sativum | 25.66 | 59.29 | 84.55 | 919 | forward |
CNT30184954 | Oryza nivara | Secale cereale | 8.52 | 55.25 | 90.82 | 305 | forward |
CNT30300733 | Oryza nivara | Triticum aestivum | 2.88 | 49.28 | 95.15 | 103 | reverse complement |
CNT30220567 | Oryza nivara | Hordeum vulgare | 2.88 | 44.98 | 95.15 | 103 | reverse complement |
CNT3088631 | Oryza nivara | Vigna radiata | 5.95 | 30.91 | 82.63 | 213 | reverse complement |
CNT30556053 | Oryza nivara | Oryza glaberrima | 5.95 | 40.65 | 99.53 | 213 | reverse complement |
CNT3082983 | Oryza nivara | Brassica juncea | 22.45 | 33.49 | 84.2 | 804 | forward |
CNT3017912 | Oryza nivara | Zea mays | 19.99 | 100 | 96.37 | 716 | forward |
CNT3067537 | Oryza nivara | Leersia perrieri | 2.79 | 33.9 | 93 | 100 | reverse complement |
CNT30682870 | Oryza nivara | Triticum urartu | 1.56 | 22.86 | 94.64 | 56 | forward |
CNT30371178 | Oryza nivara | Oryza glumipatula | 9.16 | 25.1 | 98.78 | 328 | forward |
CNT30154378 | Oryza nivara | Prunus persica | 11.76 | 92.53 | 85.99 | 421 | forward |
CNT30416813 | Oryza nivara | Papaver somniferum | 27.81 | 44.62 | 84.84 | 996 | forward |
CNT30645933 | Oryza nivara | Cannabis sativa | 25.36 | 96.19 | 81.5 | 908 | forward |
CNT3058692 | Oryza nivara | Amborella trichopoda | 5.67 | 52.59 | 91.63 | 203 | forward |
CNT30150432 | Oryza nivara | Brachypodium distachyon | 4.05 | 25.17 | 93.1 | 145 | forward |
CNT30102868 | Oryza nivara | Oryza rufipogon | 1.42 | 22.77 | 100 | 51 | reverse complement |
CNT30577541 | Oryza nivara | Oryza barthii | 18.85 | 82.82 | 95.11 | 675 | forward |
CNT3039583 | Oryza nivara | Marchantia polymorpha | 2.62 | 23.21 | 92.55 | 94 | reverse complement |
>peptide 1 (34 aa)
MGAWFGNTPIWPLLVDKIISFTSQSQIIRLGVST*
>peptide 2 (38 aa)
MKDFPIFLDFLKIFLNLTMNRLIYLDIYRYNVHYGVDL*
>peptide 3 (56 aa)
MSLLSRFSPFNFFFSSFPLNSSLLDSCLKESKKMNRTKNTQKRAYRPETITKSSSQ*
>peptide 4 (45 aa)
MPVKNCFNLSPKQTRSISLKINTQPYGYMKGANSFIPHPIRGNKT*
>peptide 5 (31 aa)
MSLPSSASFPKMMISLLTILAKPLHRTAVNH*
>peptide 6 (46 aa)
MLRDSVLIIQILFVFWMQFQLVFGYKSRKCIFFLNMLLREKGVNPF*
>peptide 7 (42 aa)
MKQRRFLTVSGWYFDRGPFLYFLFCSELNKEFGEENIFPHLS*
>peptide 8 (83 aa)
MCKCCSRSRVGQIVRRYINRLDRSYRSLFSRSNSFLQRTHFCTKSRLITHKRKGLRWIPRYPETRKGVASDEMLQGIENKHRFG
>peptide 9 (73 aa)
MGHVGFSISIYHRTLRVPEPSFFASFRKRKTLNQEQYKFYCPPFTRKLVIKLHYSLFKMHQSESLENIQVPYF*
>peptide 10 (58 aa)
MQNYASRLCTHNPNSICFLDAISISLWVQIAKMHILPQYAIERKRSKSFLRTKVFIGI*
>CNT30116966
GGTCAAAATGGGTAGAATCCATATCAGTCCATAGACTTCTTTTAATAATTCCAAGTTCGAAAAAGAATTGATAGCTTCTACCTGTACCCTGTCTATTATC
ATTTCAACGATCAACTTCTCCCATAATGATATCTATACTACCTAATATCGTCATGATATCAGCCAATTTCATTTTTTTGACTAGCTGAGGAAGAATTTGA
CATAGATCCGTTACTCATATTTTAAAAATTGGAATCCTTAATCCAATGCAAAATTATGCTTCGCGACTCTGTACTCATAATCCAAATTCTATTTGTTTTT
TGGATGCAATTTCAATTAGTCTTTGGGTACAAATCGCGAAAATGCATATTCTTCCTCAATATGCTATTGAGAGAAAAAGGAGTAAATCCTTTCTAAGAAC
TAAAGTTTTCATCGGAATATAAAAAACCTTAAGGACGCCTTAAGTATATCATTTCAAATTCAGTTATTAATAGAACGAATCACACTTTTACCACTAAACT
ATACCCGCTACATGTAAATTCTGATACCAACGCTACCCTTTGTCAAGGGTAGCCATTCGAGAAAGATGCTAATTCCCTCTTAGTTAATGAAACAGAGAAG
GTTCCTCACAGTTAGCGGTTGGTACTTCGATCGCGGGCCTTTCCTTTACTTTCTTTTTTGTTCAGAATTGAACAAAGAATTTGGGGAAGAAAACATCTTC
CCCCACTTATCATGAAATCTGGGCCATAGAGAAAGAGTGAGATGTTTTTTTTTATTTATCATAGACTTTCCCTATGGCTTGAGAGAAACAATAAATAACT
TAAAGAAAAAGGCACATAGGAGCCGAAGGATTTACTTGATGTAAAGAAGATTCTGAATGTCTCTGCTTAGTCGATTCTCTCCGTTTAACTTTTTCTTCTC
TTCTTTTCCACTCAATTCTAGTTTATTAGATTCTTGTTTAAAAGAATCAAAGAAGATGAATAGAACTAAGAACACACAAAAAAGAGCATATAGGCCCGAG
ACCATTACCAAAAGTTCTTCCCAATAATCATATTGGGTATCTGTTCCCTTCCTTTTCCTATTAGGATGGGGCATGTTGGATTTTCCATATCCATATACCA
TCGAACCTTAAGGGTTCCAGAACCCTCCTTTTTTGCTAGTTTTCGGAAACGGAAAACCCTGAACCAGGAGCAGTATAAATTCTACTGCCCGCCTTTTACA
AGAAAATTGGTGATAAAACTCCACTACAGTTTGTTCAAAATGCACCAATCAGAATCCCTTGAGAATATTCAAGTACCCTATTTCTAAGATATTTCTAAGA
GAAGAGGTACCTGCTGAAAATCGCTTCAACAAATCCGCTTAAGAAAAATTGCAAAGTTTTGAACTCGAAGGTTTTTCCAAGGGATGCCTGTTAAAAATTG
TTTCAACCTCTCACCAAAACAGACAAGAAGTATATCACTGAAAATTAATACCCAGCCATATGGGTATATGAAGGGCGCGAATTCGTTTATACCCCACCCA
ATTAGAGGAAATAAAACATAAATGGAGAAAGTTTTCATGATAAGATCAGCCAATAGAAGAAAAAAGTCCCTAATTTTTCAGACCGTTCTGAGCATGTGAA
AAGTCAATAGCCTAAAGATAAAAAACCCTATACTTTGTGCAAGTGATAAGAGAGAATATGAAAGATTTTCCTATTTTTCTTGATTTTCTTAAGATTTTTT
TGAACCTGACCATGAATAGACTTATATATCTCGATATATACAGATATAATGTACATTATGGAGTAGACCTATAATGGGAAATGAAAGTGGCTAATTTTGG
AATTGAATAAGAAGCCCTTTTAACTCAGTGGTAGAGTAATGCCATGGTAAGGCATAAGTCATCGGTTCAAATCCGATAAAGGGCTTTTTTTACTTAGTGG
TAGAGTAATGCCGCGGTAAGACGTGAGTCAGTGGTTCAAATCCGATACAGTACTTTTCTACTAAATTCATTCACTTTCTTTCTTTTTGAAAATTTCTCTT
TTTTTATTGAATTTGATAACTTAGTGCGAGATGCATGCATTTTTAGTTTAAACACTAAGCGAAGCAGGGGGGTGTAAATTCCAAAAAAGAAATTGTACTC
TTTTTCCTATTAGATCAATCAAATCACTACCCGTACTGAACTAATATAGAATCCCTTTTATTAATCTATTCTTATTCCATATCCTTTATAAACGAATTTC
CCTAAAAAGTAGGGGATGATCCGTGAANATAATCGATCGAAGTAAAGGGTCTTCCTTTGTGGTGATAAATTGCCTACTTAACTCAGTGGTTAGAGTATTG
CTTTCATACGGCGGGAGTCATTGGTTCAAATCCAATAGTAGGTAGGTAGGTAGAAAAATTACTAGATAGCATTGGCCCTACTTCGCTTCGCTATCTAATA
ATTTTTTCTACCCCTCTTCCCTTTTTCTTTGTATCAACTAAACCGTTGGGTTGTCTTCAATTAGATGGGGGAATCCAATTAACAGCCTCGACTCGTATCC
TAGCTCGTCTGAGAGCTACCTTCGCTTCAACCAATTCTTTCGTACCCTCAGCTCTACTCACGTTAGCTTCGGCTATTTCAAGTGCTTGTTGAGCTTCTTC
CGGATCAATGTCACTACCCAGTTCTGCATCATTTCCTAAAATGATGATCTCATTATTAACTATTCTGGCAAAACCGCTCCACAGAACCGCCGTTAACCAT
TGATCGTTGAGGAGGCGTATTCTCAAGGGACCCATATCTACAGCTGTGTTAATGGGGGCGTGGTTTGGTAATACGCCAATTTGGCCACTATTAGTAGATA
AAATAATTTCTTTCACTTCACAATCCCAAATAATTCGCTTAGGAGTCAGTACATAAAGATTTAATTTCATTTCTTCAATTTGTTCTCCTCTTCTAAGTTT
ATAGCTTTCGTGCTAGCTTCATCGATGTTACCCACCAAATAAAAAGCCTGTTCGGGTAGGCCGTCTAATTCTCCGGAAAGGATTAGTTGAAATCCCCTAA
TAGTTTCTGCAAGACCAACATACTTTCCCGGAGAACCGGTAAAAACTTCTGCCACAAAAAACGGTTGTGATAAGAAGCGCTCAATTTTTCGTGCTCTTGC
TACAGTTAAACGATCCTCCTCCGATAATTCATCCAACCCAAGAATTGCGATAGTGTCCTGAAGTTCTTTGTAACGTTGTAAAGTTTGCTTAACTCTTTGC
GCAGTTTCATAATGTTCGTTGCCAACGATCCGAGGTTGTAACATAGTTGAGGTTGAATCTAAAGGATCTACTGCAGGATAAATCCCTTTGGAAGCTAATC
CTCTGGAAAGTACGGTAGTAGCATCCAAATGTGCAAATGTTGTAGCAGGAGCAGGGTCGGTCAAATCGTCCGCAGGTACATAAACCGCTTGGATCGAAGT
TATAGATCCCTTTTTAGTAGAAGTAATTCTTTCTTGCAAAGAACCCATTTTTGTACTAAGAGTAGGTTGATAACCCACAAGAGGAAAGGCTTGCGGTGGA
TACCTAGGTACCCAGAGACGAGGAAGGGCGTAGCAAGCGACGAAATGCTTCAGGGAATTGAAAATAAGCATAGATTCGGAG