ATM4 — Asparagus officinalis

Summary

A4U43_C03F10060 (ATM4) on asparagus chromosome 3 encodes a protein with a Myb_TF_plants domain, a Myb_dom, a SANT/Myb domain, and a Homeobox-like_sf domain. It is associated with BHLH transcription factor binding, phosphatase binding, ERK1, protein dimerization activity, kinase binding, calcium ion binding, sequence-specific DNA binding, protein kinase activity, transcription cis-regulatory region binding, DNA binding, DNA binding transcription factor activity, and protein binding. The gene is associated with regulation of raffinose metabolic process, cellular detoxification of cadmium ion, cellular response to sulfur starvation, regulation of glucosinolate biosynthetic process, regulation of proanthocyanidin anabolism, pigment accumulation, regulation of trichome morphogenesis, regulation of flavonoid anabolism, trichome spacing, plant epidermal cell fate specification, regulation of defense response to insect, upregulation of development (heterochronic), retrograde response, drought recovery, regulation of primary metabolic process, and cutin anabolism. It is linked to traits including shoot elongation under submergence, root epidermal cell length, branch angle, sepal morphology, phosphorus response, leaf trichome density, seed protein content, seed coat morphology, adventitious root number, brassinosteroid content, silique fruit morphology, shoot growth angle, lignin biosynthesis, inflorescence development, stamen morphology, iron concentration, anther morphology, phosphorus