| Target | Query species | Target species | Query coverage (%) | Target coverage (%) | Identity | Alignment length (nt) | Orientation |
| CNT30616633 | Glycine max | Sesamum indicum | 7.37 | 23.89 | 82.47 | 97 | forward |
| CNT3042661 | Glycine max | Prunus dulcis | 4.63 | 20.68 | 86.89 | 61 | forward |
| CNT30586158 | Glycine max | Musa acuminata | 6.76 | 21.45 | 85.39 | 89 | forward |
| CNT30143968 | Glycine max | Medicago truncatula | 11.39 | 44.51 | 88 | 150 | forward |
| CNT30608642 | Glycine max | Gossypium raimondii | 12.45 | 23.77 | 81.71 | 164 | forward |
| CNT3067329 | Glycine max | Leersia perrieri | 4.02 | 20.87 | 88.68 | 53 | forward |
>peptide 1 (33 aa)
MINWFSIRCIGNNENKWKREEKNNNSTFGKAIY*
>peptide 2 (36 aa)
MLYRHSLYITLIYPLLSKNHITSCILVRELFQEVQV*
>peptide 3 (36 aa)
MRINGKEKKRIITAHLGRRYINFLKLILLKLGYKRK*
>peptide 4 (35 aa)
MKYEKFTMNCSLLDNYASVILNLPILLLLCNRHTS*
>peptide 5 (33 aa)
MRKFYQYRVNMLWRMTWRISQLARSKSKTTYHT*
>peptide 6 (42 aa)
IIPTPLKVLPNFSLTSLHYLIPILTLLVSLKLCYIDTPYTLH*
>CNT30711290
ATTATACCAACACCCCTTAAGGTCTTGCCAAATTTTTCTCTGACATCCCTCCATTATTTAATCCCTATACTAACTCTCCTTGTTTCTTTGAAATTATGTT
ATATCGACACTCCTTATACATTACACTGATATACCCTTTGTTATCCAAGAATCATATTACATCGTGTATTCTTGTAAGAGAGTTGTTTCAAGAGGTGCAA
GTGTAATATGCTCATTCAGAAAGAACTAAGAACTATGCAAATGAACTTAATCATCCACCAATATCTAAAATAATAGCCAATGGTTAGTTCCACATGAAAA
TTCGGTAAGCAGCTAGAAAATATTAGATGGTCTTAGTCATACCTTGAGACAAGTTCCAGCATAAGTGTTGCAGATGGGATAGTCGTTAGGGCAGCAACTG
TAGTGGTCATCACAGCAGGTAGCACCCTCAAGAGGACAGCAACCCCACTCAAAGCAAGCATTTCCGAACTCGAAAATACAGCAACAAGTAGCACTATCAG
CACAGCTGTAGTAGTTGTCACAGACATTTGGTGGCTTCACAGGGGATAAGATGGCTCAATTGCAATTCCACACTTGCCTGATCTGCTGTTAGCAAGATTT
CTTTCTAACCTGATGTAGCCATCTTCTCCCCAGCTAGGACCCCATGAATTCCTTACGATCCAATAATCATGACCATTAGCTGTACCATACCCAACAGCCA
CGACACCATGATCTAGTGCTGTGCCACATCTCCCAGTGAATACACCCTGACAAAAAATGAAATATACTAATGAGAAAATTTTATCAATATAGAGTAAATA
TGCTGTGGAGAATGACTTGGCGGATAAGCCAATTAGCAAGAAGCAAGAGCAAAACTACTTACCACACATGATAAATTGGTTTTCTATCAGGTGTATAGGT
AACAATGAGAATAAATGGAAAAGAGAAGAAAAGAATAATAACAGCACATTTGGGAAGGCGATATATTAATTTTTTAAAATTGATTTTGTTAAAATTGGGT
TATAAAAGAAAGTGATTCATGTTTAGAAACTTTGATCAAAAGCAAGTTTGTGATAAAATTAAACAGAGAATTTATTTACTAACTTCAAATCAAACTTGCT
TGTAGAACAAAACTTGATTTTGAGTTGATGCATTTGCACAATCCAATTTAGCTGCTGCTCTGAACTCACGTTTAAGTGGTGAAAACCCCCTCAAACATGA
AATATGAAAAATTCACAATGAATTGTTCGTTGTTAGATAATTATGCTTCAGTAATTTTGAATCTTCCCATTCTACTTCTTCTATGCAATAGGCACACTTC
CTAGTTTATGAAAGAAA