Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
CNT30641270 | Capsicum annuum | Nymphaea colorata | 55.14 | 57.24 | 82.06 | 1143 | forward |
CNT30546269 | Capsicum annuum | Ipomoea triloba | 38.74 | 89.42 | 84.18 | 803 | forward |
CNT30513419 | Capsicum annuum | Juglans regia | 30.78 | 74.53 | 86.21 | 638 | forward |
CNT30727322 | Capsicum annuum | Corchorus capsularis | 44.38 | 72.38 | 82.72 | 920 | forward |
CNT30379426 | Capsicum annuum | Manihot esculenta | 43.85 | 78.5 | 83.83 | 909 | forward |
CNT30526024 | Capsicum annuum | Phaseolus vulgaris | 44.33 | 69.46 | 84.98 | 919 | forward |
CNT30630828 | Capsicum annuum | Vigna unguiculata | 29.96 | 80.86 | 86.47 | 621 | forward |
CNT30710308 | Capsicum annuum | Glycine max | 31.84 | 71.43 | 86.82 | 660 | forward |
CNT30169882 | Capsicum annuum | Pistacia vera | 54.99 | 55.26 | 83.16 | 1140 | forward |
CNT3094992 | Capsicum annuum | Solanum tuberosum | 44.72 | 79.64 | 86.3 | 927 | forward |
CNT3089455 | Capsicum annuum | Vigna radiata | 43.56 | 74.26 | 83.39 | 903 | forward |
CNT30172216 | Capsicum annuum | Trifolium pratense | 44.38 | 53.99 | 84.02 | 920 | forward |
CNT30312399 | Capsicum annuum | Camelina sativa | 55.09 | 87.44 | 83.54 | 1142 | forward |
CNT30140803 | Capsicum annuum | Lolium perenne | 55.14 | 63.85 | 83.99 | 1143 | forward |
CNT30217449 | Capsicum annuum | Kalanchoe fedtschenkoi | 55.28 | 75.94 | 83.25 | 1146 | forward |
CNT30652253 | Capsicum annuum | Rosa chinensis | 44.14 | 70.49 | 84.7 | 915 | forward |
CNT30642981 | Capsicum annuum | Cannabis sativa | 43.9 | 81.11 | 85.27 | 910 | forward |
CNT30321313 | Capsicum annuum | Asparagus officinalis | 52.05 | 82.3 | 83.87 | 1079 | forward |
CNT30120072 | Capsicum annuum | Citrus clementina | 38.78 | 69.13 | 84.2 | 804 | forward |
CNT30174705 | Capsicum annuum | Vigna angularis | 44.33 | 59.41 | 84.77 | 919 | forward |
CNT30111644 | Capsicum annuum | Ficus carica | 54.03 | 78.6 | 83.57 | 1120 | forward |
>peptide 1 (86 aa)
MVSELSTSKVMVFPVRVFTKICICKQQQTKRSKNEKNSNFKALSTLNEKLNYLTIKNNEKNSNFSVYSNPKDETELNNQSNGKLKL*
>peptide 2 (85 aa)
MERRLLLDVVVSEGSAVFELLSGEDQPLLVWGDSLLILNLGLDIVDGVGAFHLQGDGLSGESFHKDLHLQTTTNQTIKKRKKFQL*
>peptide 3 (29 aa)
MEKKPSNFSPSSAPPKQLDKKSRLFNSER*
>peptide 4 (30 aa)
MDDPFETIIANTYNHHNGRRNRTNTTTTNK*
>peptide 5 (31 aa)
MVSELSTSRVMVFPVRVLTKICIPPRRRRTR*
>peptide 6 (40 aa)
MVSELSTSKVMVLPVRVLTKICIPPRSLSTKWSVDSFWML*
>peptide 7 (53 aa)
MPSLSWILALTLSMVSELSTSKVMVFPVRVLTKICIPPRRRSTKWRVDSFWML*
>peptide 8 (71 aa)
MKKTQAFPDPKQWKKNPQILALLQLLPNNWIKNRAYSTPKDEIKLLYNQNNEKNQIIRPFQLQTMKKKLTF*
>peptide 9 (82 aa)
MILLRPSLQTHITTTMGDETEPTRQPPTNRHHLKNHHGDGGQGAEWTPSGYCSQPRSFHPPAAYQQRSTSAGLVEFPPCPES*
>peptide 10 (47 aa)
KTRQLPYEEKLRPNLHSHILTKEEQKNKKHGSLQTQDTNKRPIFIQI*
>CNT30635990
AAAAAACTCGTCAACTGCCATATGAAGAGAAACTAAGACCAAATCTTCATTCACACATTTTAACCAAAGAGGAACAGAAAAACAAAAAACACGGATCATT
GCAAACACAAGACACCAATAAAAGACCAATCTTTATTCAAATATAAAAGAAACACAAGGGAACAGAAACATAAAAAGACATGGATGATCCTTTTGAGACC
ATCATTGCAAACACATATAACCACCACAATGGGCGACGAAACAGAACCAACACGACAACCACCAACAAATAGGCATCATCTTAAAAACCACCACGGAGAC
GGAGGACAAGGTGCAGAGTGGACTCCTTCTGGATATTGTAGTCAGCCAAGGTCCTTCCATCCTCCAGCTGCTTACCAGCAAAGATCAACCTCTGCTGGTC
TGGTGGAATTCCCTCCTTGTCCTGAATCTTAGCCTTCACATTGTCAATTGTGTCGGAGCTTTCCACCTCGAGAGTGATGGTCTTTCCCGTGAGGGTCTTG
ACGAAAATCTGCATACCACCACGGAGACGTAGGACAAGGTGAAGGGTAGATTCCTTCTGAATGTTGTAGTCAGCAAGGGTACGCCCATCCTCGAGCTGCT
TGCCAGCGAAAATCAACCTCTGCTGATCTGGGGGAATACCCTCCTTGTCCTGGATCTTGGCTTTGACATTGTCGATGGTGTCGGAGCTCTCAACCTCCAG
GGTAATGGTCTTCCCAGTGAGGGTCTTGACAAAGATCTGCATACCACCACGGAGACGGAGAACAAGGTGAAGGGTACTCTCCTTCTGGATGTTGTAGTCC
GCGAGGGTACGGCCATCTTCTAGCTGCTTTCCGGCAAATATAAGCCTCTGCTGGTCTGGGGGGATGCCCTCCTTATCCTGGATCTTGGCCTTGACGTTGT
CTATGGTATCTGAGCTTTCCACCTCCAAAGTAATGGTCTTCCCTGTGAGGGTCTTAACAAAAATCTGCATACCACCGCGAAGACGGAGCACCAAGTGGAG
AGTAGACTCCTTCTGGATGTTGTAATCAGCTAGAGTACGACCGTCCTCCAACTGCTTTCCGGCGAAGATCAACCTCTGCTGGTCTGGGGGGATTCCCTCC
TTATCTTGAATCTTGGCCTTGACATTGTCGATGGTGTCGGAGCTCTCCACTTCCAAAGTAATGGTCTTGCCTGTGAGGGTCTTAACGAAAATTTGCATCC
CACCACGTAGCCTCAGCACCAAATGGAGCGTAGACTCCTTCTGGATGTTGTAGTCAGCGAGGGTTCGGCCGTCTTCGAGTTGCTTTCCGGCGAAGATCAA
CCTCTGCTGGTCTGGGGGGATTCCCTCCTTATCTTGAATCTTGGCCTTGACATTGTCGATGGTGTCGGAGCTTTCCACCTCCAAGGTGATGGTCTTTCCG
GTGAGAGTTTTCACAAAGATCTGCATCTGCAAACAACAACAAACCAAACGATCAAAAAACGAAAAAAATTCCAACTTTAAGGCTTTATCAACCCTAAACG
AGAAATTAAACTATTTAACAATCAAAAACAACGAAAAAAACTCAAATTTTAGCGTTTATTCAAATCCGAAAGATGAAACTGAACTTAACAATCAAAGCAA
CGGAAAACTCAAATTATAGGGCTTGTTAAGCTCCCATACAATGAAAAAAACACAAGCTTTTCCAGATCCAAAACAATGGAAAAAAAACCCTCAAATTTTA
GCCCTTCTTCAGCTCCTCCCAAACAATTGGATAAAAAATCGCGCTTATTCAACTCCGAAAGATGAAATTAAACTACTTTACAATCAAAACAACGAAAAAA
ATCAAATTATAAGACCTTTTCAACTCCAAACAATGAAAAAAAAACTCACATTTTAGGGCCTTTTCAGCTTAAAACAAATTGGAAAAAAAAAAAAAAAACT
CAATTTTAGAGGGCTTTTTCAGCTCCGAAACGATCGAAAAAAACTCAAATTCTAGGGCTATTTCAGCACCCAAAATAACAAATTAAAAAAACAAAAACAA
AACATTGATGAAAATTTCTAACCTTGAACGAGAAATTTGAAGGCAATTGAGAGAGATTATGAAGAAAATAATT