| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30316118 | Chenopodium quinoa | Corylus avellana | 56.67 | 55.32 | 82.28 | 395 | forward |
| CNT30710467 | Chenopodium quinoa | Glycine max | 59.68 | 57.54 | 80.53 | 416 | forward |
| CNT30559586 | Chenopodium quinoa | Actinidia chinensis | 42.04 | 36.31 | 82.59 | 293 | forward |
| CNT3088022 | Chenopodium quinoa | Vigna radiata | 49.07 | 79.17 | 80.41 | 342 | forward |
| CNT30312132 | Chenopodium quinoa | Camelina sativa | 52.37 | 56.33 | 81.37 | 365 | forward |
| CNT3076593 | Chenopodium quinoa | Brassica juncea | 63.13 | 80.59 | 80.91 | 440 | forward |
| CNT30263629 | Chenopodium quinoa | Brassica rapa | 57.53 | 69.98 | 81.05 | 401 | forward |
| CNT30141877 | Chenopodium quinoa | Lolium perenne | 38.59 | 60.04 | 85.5 | 269 | forward |
| CNT30216750 | Chenopodium quinoa | Kalanchoe fedtschenkoi | 45.48 | 64.69 | 81.7 | 317 | forward |
| CNT30648676 | Chenopodium quinoa | Rosa chinensis | 56.67 | 53.02 | 81.52 | 395 | forward |
| CNT30205421 | Chenopodium quinoa | Helianthus annuus | 38.16 | 49.91 | 83.83 | 266 | forward |
| CNT30681212 | Chenopodium quinoa | Triticum urartu | 34.72 | 51.38 | 83.47 | 242 | forward |
| CNT30574226 | Chenopodium quinoa | Vitis vinifera | 50.07 | 69.94 | 82.52 | 349 | forward |
| CNT30705859 | Chenopodium quinoa | Prunus avium | 55.81 | 52.07 | 80.46 | 389 | forward |
| CNT30642027 | Chenopodium quinoa | Cannabis sativa | 50.65 | 55.33 | 80.17 | 353 | forward |
>peptide 1 (57 aa)
MMEMWGCKMEMWGCMMEMSGCTTEMSGCRLEMSGCKLETWGCRLEMWGCSLERWGCS*
>peptide 2 (89 aa)
MWGYSLVRWESKMGLWVNMPGLLDYSQETQDCKSGKLDYIQERLDYILEKLGYILEKWGCNQVNLVRDKQEMKQERRPCRQQMEKMKHH*
>peptide 3 (50 aa)
MSDIWAKQVARRHHTLMVRCSRNGRPSRCHPKFQAFHITWKVDFNSMLQHF
>CNT30267763
GCTATAACTTGGTGATGTAGGGCTATATCCTGGAGATGTAGGGCTGTAAGCAGGAGATGTAGGGCTGTACGATGGAGAAGTAGGGCTGTATGATGGAGAT
GTGGGGCTGTAAGATGGAGATGTGGGGCTGTATGATGGAGATGTCGGGCTGTACGACGGAGATGTCGGGCTGTAGGCTGGAGATGTCGGGCTGTAAGCTG
GAGACGTGGGGCTGTAGGCTGGAGATGTGGGGCTGTAGCTTGGAGAGGTGGGGCTGTAGCTAGGAGATGTGGGGCTATAGCTTGGTGAGGTGGGAGAGTA
AGATGGGCTTGTGGGTGAATATGCCGGGCTTGTTGGACTATAGCCAGGAGACCCAGGACTGTAAGTCGGGGAAGTTGGACTATATCCAGGAGAGGTTGGA
CTATATCCTGGAGAAGTTGGGCTATATCCTGGAGAAGTGGGGCTGTAACCAGGTGAATTTGGTGAGAGATAAGCAGGAGATGAAGCAGGAGAGAAGGCCA
TGCCGCCAACAAATGGAGAAAATGAAGCATCATTGATGGGCGAATGTCGGATATTTGGGCTAAGCAAGTAGCTAGGAGACATCATACTCTCATGGTAAGG
TGTTCCAGAAATGGGCGACCGAGCAGGTGTCATCCCAAATTCCAAGCCTTCCACATAACTTGGAAGGTGGACTTCAATAGCATGCTGCAACATTTCC