| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30401699 | Capsicum annuum | Beta vulgaris | 8.27 | 22.26 | 84.18 | 177 | forward |
| CNT30488421 | Capsicum annuum | Olea europaea | 7.38 | 35.99 | 82.28 | 158 | forward |
| CNT30708948 | Capsicum annuum | Glycine max | 8.55 | 33.52 | 80.87 | 183 | forward |
| CNT30563605 | Capsicum annuum | Actinidia chinensis | 6.91 | 31.29 | 82.43 | 148 | forward |
| CNT30509412 | Capsicum annuum | Solanum lycopersicum | 3.22 | 34.16 | 91.3 | 69 | reverse complement |
>peptide 1 (35 aa)
MSFNLASTEECNGLYSPKLWRRWEKFSLAKSPRSI*
>peptide 2 (36 aa)
MVVVRHHLLLLLLLDLKVDLSLNLLDLCWCQLIQPN*
>peptide 3 (36 aa)
MAKISLSRLCKQEEDHELDEVRCKHGHLLSLMTSWT*
>peptide 4 (74 aa)
MVDDKTTRITKSVENKIDMNKIQLQMDNFQDDLKMMKANEKKWKIKLANSKKRKKQLWTTLIFWVLVFYFNSCS*
>peptide 5 (57 aa)
MLDHAIFVFGRMILLMNDRNLLFLNCWEESRSLRKELNLRQTVHFMNTKWLMTRLLG*
>peptide 6 (98 aa)
MFHVDSSSVNSGKISSVTGDDSPDAEPDPSLSDPPSTTLLSPSSILTTPAAVAAEAXXXXXXXXXXXXXXXXXXXXXCRGRCRPFGFLLLRVNTLPLC*
>peptide 7 (77 aa)
MQWIVLTKVVAEMGEVQPSKVTTKHISRLVVSQSSFFSSVEGTKPKTGSVLGQSDLSNPLSPVTLSDASVELSGLWW*
>CNT30634641
TGACACTAAAATGAAAAGACTACAACCATGACAAAGCATCAAATCCACTGGCCTAGCCAAGACAAAAAACATGACCAAACCAGTTACGATTTTTAACCTA
AAAACAAGAAAGGAACTTGCCCTGCAATTGCCAAAAACTCCATTGCAGTGACCGACTGTTCCCTGACCTAAACACCTAGAAACACCATTAACAATTACTA
TAAACAATGCAAAAATACAAAGGACCTCTTGGACCTAAAACTTAATAATAGCTAATAATATGTTTTTTTTTTCCTTATATAGAAGCCCAATCTATCTCAG
ATGGATACTTCTGCAACAAGAAATTTTCAGACATGTTCCATGTTGATTCTTCCTCGGTGAACTCTGGAAAAATCAGTTCAGTTACCGGTGATGATTCACC
TGACGCGGAACCCGACCCGTCACTTTCGGATCCACCTTCAACAACTTTGCTCTCTCCTTCCTCCATCTTAACTACCCCTGCAGCTGTAGCTGCCGAGGCC
GNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTGCCGAGGCCGATGCCGACCCTTTGGTTTTCTTCTTC
TTAGAGTCAATACTCTTCCCTTGTGCTAAGCTTTGACATATGTCCTTTAACTTAGCATCAACGGAAGAATGCAATGGATTGTACTCACCAAAGTTGTGGC
GGAGATGGGAGAAGTTCAGCCTAGCAAAGTCACCACGAAGCATATAAGCCGCCTTGTCGTAAGCCAAAGCAGCTTCTTCAGCAGTGTCGAAGGTACCAAG
CCAAAGACGGGTTCGGTTCTTGGGCAATCTGATCTCAGCAACCCACTTTCCCCAGTGACGTTGTCTGACGCCTCTGTAGAGCTTAGTGGGCTTTGGTGGT
GATCCAGATTGCTTCATGTGAACCGGTTTCGGGGCCAAGAAGTTCATGGTAGAAGAAGCATGGTGGTGGTACGACATCATCTGCTGCTGTTGTTGTTGCT
GGATCTGAAAGTTGATCTGAGCTTGAATCTGCTCGATCTGTGTTGGTGTCAACTGATTCAACCCAATTGAACTCGATTGTTGATCCATTCCGTAACTGGA
AAACCCTGTTGAAAAGATTTGGGAATTCATTTCCGTGGAAGTGGAACAATCATCAGAAGGTTGAACGGTAGGGTAAAAGGAAGAAGTGTAGGGATAAGAA
ATGGGATTAGGAGGAGGAGGAGGAAAAGAAGGAAAAGATTGAAGATCTGAAGAAGGAGAAGAGAAAATAGGAGGAAAGTTAACAGGAGAAGTAGAAGGAG
GAGAAACACTTTTCATAAATGGTTCAAGTGCTTCCATAAGTTCACCACCAGAAGTAACTGGATCTGATGATAATTGAAGATCTAAAGGTACTTTAATGGC
TAAGATAAGTTTGAGTAGACTTTGTAAGCAAGAAGAAGATCATGAGTTGGATGAGGTTCGATGCAAACATGGACATCTTTTGTCTTTGATGACTTCATGG
ACCTAAAGAAATTCGGGTAGACGATATTGGACTTGTCCTTGCTATGGGGTAATTGAGTTTTTCCTTCAAACATTGATCTTGAAAAGTGTATACAAATCTA
ATTCCTTTCATTTTAGAATGCTAGATCATGCGATTTTTGTCTTTGGAAGAATGATTTTATTAATGAATGATCGAAATTTGTTATTCCTAAATTGTTGGGA
AGAATCGAGGAGCTTGAGAAAAGAGTTGAATCTTCGACAAACTGTGCATTTTATGAACACAAAATGGTTGATGACAAGACTACTAGGATAACCAAGTCTG
TGGAGAACAAAATAGACATGAATAAAATACAGTTGCAAATGGACAATTTTCAGGATGATTTGAAGATGATGAAGGCAAATGAGAAGAAATGGAAGATCAA
GTTGGCTAATTCTAAGAAAAGGAAAAAACAACTTTGGACTACTCTCATATTTTGGGTGTTAGTTTTCTATTTCAATTCATGTTCTTGAAAGGAGATCCAA
GAAGGCTGCCCTAAACTAAGTTACTTTATTTTTGTTATGTTTTAAGAGGCTGCAATTTGTATCAATTATTAGATGTTACCTTAGACAAAACTGTCAGGTT
GTGTAATTAAATTGTTGTGTAATGAAATTGCAAAGTTGAAC