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Dive into the intricate world of plant immunity, exploring how redox state, auxin, peroxidases, and recognition processes play key roles in defense. Discover the significance of brassinosteroids, R genes, respiratory bursts, and signaling pathways like SA and JA. Uncover the involvement of MAPK, ERF, and WRKY transcription factors in enhancing defense responses, as well as the activation of heat shock proteins and secondary metabolism.
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Common A CO441 Pathogenattack Redox state Auxin I C Recognition C I Peroxidases Brassinosteroid R genes C I I C C I Respiratoryburst ABA Gluthiatone-S-transferase Hormonesignaling C I I C Ethylene Signaling I C C I Signaling SA C I I C MAPK JA C I HSPs MAPK C I ERF C I Cell wall TF 0 0 WRKY I C C I Transcriptionfactors 2.5 2.5 MYB Beta glucanase Defense genes C I PR I C Secondary 5 5 DOF C I C I Proteolysis Heat shock proteins C I C I Secondarymetabolism C I Common B CO354 Pathogenattack Redox state Auxin I C Recognition C I Peroxidases Brassinosteroid R genes C I I C C I Respiratoryburst ABA Gluthiatone-S-transferase Hormonesignaling I C I C Ethylene Signaling I C C I Signaling SA C I I C MAPK JA C I HSPs MAPK I C ERF C I Cell wall TF WRKY I C C I Transcriptionfactors MYB Beta glucanase Defense genes C I PR I C Secondary DOF C I C I Proteolysis Heat shock proteins C I C I Secondarymetabolism C I