RUBY — Brassica oleracea var. botrytis
Summary
BoRUBY, encoded by gene BOLND125_C07P023570.1_BOLND125_V1 on cauliflower (Brassica oleracea var. botrytis) chromosome 7, is a member of the glyoxal oxidase family, containing galactose oxidase-like and kelch beta-propeller domains. The gene product is annotated with galactose oxidase and aldehyde oxidase activities. BoRUBY is associated with cell wall modification, mucilage extrusion from the seed coat, regeneration, and defence response to fungi, and localises to the plant-type cell wall, extracellular region, and cytoplasm. Phenotypic associations link BoRUBY to suppressed seed coat mucilage defects and abnormal seed coat structure, with detached epidermal cells. Related genes in other species are associated with seed coat mucilage extrusion, cell-to-cell adhesion, and pectin composition.
Annotations
- Chromosome
- 7
- Related genes
- RUBY, GLOX
- GO terms
- Regeneration, Cytoplasm, defence response to fungi, Plant-type Cell Wall, extracellular, Cell Wall Modification, GO:0005615, Aldehyde Oxidase Activity
- Publications
- 15086809, PMID:23090239, PMID:20512385, PMID:39897731, PMID:34042158, PMID:41133188, PMID:41470683, PMID:37195892
- Traits
- Seed Coat Cell Detachment with Mucilage Extrusion, Suppressed Mucilage Defect, Detached Seed Coat Cells, Suppressed Seed Coat Mucilage Defect, Detached Epidermal Cells, Suppressed Mucilage Defect with Seed Coat Cell Detachment, Seed Coat Mucilage Abnormalities, Enhanced Extrusion, Suppressed Mucilage Defect, Abnormal Seed Coat Structure, Detached Seed Coat Epidermal Cells, Abnormal Seed Coat Mucilage Structure