MYB30 — Brassica oleracea

Summary

BoMYB30 (BOLC102_C09P004090.1) on cabbage chromosome 9 encodes a protein with a Myb transcription factor domain and is associated with sequence-specific DNA binding, transcription regulator activity, steroid binding, SNARE binding, and protein kinase activity. The gene is associated with phlobaphene and pigment biosynthesis, phytoalexin upregulation, actin depolymerization, brassinosteroid response, quiescent center organization, anther wall tapetum differentiation, UV protection, very-long-chain fatty acid anabolism, defense response to insects, pollen exine formation, photomorphogenesis repression, high light intensity response, lignin regulation, hypoxia response, and flower development. It is associated with traits including brassinosteroid and gibberellin content, proline content, temperature stress response, photoperiod-sensitive flowering time, root phototropism, stamen length, shoot branching, leaf morphology, cell elongation, stomatal closure, and organ identity. Phenotype associations include salt tolerance, cuticular wax biosynthesis, photomorphogenesis, phosphorus uptake, high light acclimation, reactive oxygen species signaling, submergence tolerance, root hair growth, auxin metabolism, heat and oxidative stress tolerance, seed germination and dormancy, ABA signaling, cell death, ethylene biosynthesis, biotic stress response, and virus resistance.