NatA is the primary enzyme responsible for the N‐terminal acetylation (NTA) of proteins, which serves as a functional signal for protein interaction, folding, and subcellular targeting.[31, 32, 33] To elucidate whether RESIS promotes the function of the NatA complex, we assessed the free N‐termini in WT, NAA15‐RNAi, NAA10‐RNAi, resis, and pRESIS::RESIS × resis plants before and after pathogen infection. This evidence concerns the gene NAA10 and infection.