The first group includes two peroxidase superfamily proteins expressed in root tissues ([AT1G14550] and [AT1G4540]) and CYP82C2 [AT4G31970], which modulates jasmonate-induced root growth inhibition and defence gene expression [ 54].
The carbamylated lysines are conserved in all five peroxidases.
From the genes normally associated with defence response, only one "endo-beta-1 3-glucanase" was identified in group C, while two others "endo-beta-1 3-glucanase" were detected in group G. Also in group G, we identified two "peroxidase" and two "glutathione S-transferase" genes.
Six peroxidase super family proteins in C1, C2 or C3 (Table 1) were up-regulated in the process of EC formation.
A subdivision of the peroxidases into three groups (P, I, V) has recently been suggested for the classification of DyP-type peroxidases (Yoshida and Sugano 2015).
We identified that four peroxidases were up-accumulated in protocorms of G. elata.
Three peroxidases enzymes, that is, peroxidase 1, peroxidase 12, and peroxidase 15, with 23 27% sequence similarity were identified.
There are twenty-three peroxidases, twelve bacterial-induced peroxidase precursors, five 4-coumarate: coenzyme a ligases, three cinnamate 4-hydroxylases and three phenylalanine ammonia lyases enriched in this pathway.
There were no differences in glutathione peroxidase (GSH-Px) activity between the two investigated groups.
Incubation with pools of sera of the three different groups (HC, CD, and UC), showed the presence of different immunoreactive bands when membranes where developed using an anti-human IgA antibody conjugated with horseradish peroxidase).
