ARC1 — Brassica oleracea
Summary
BoARC1, located on chromosome 1 of cabbage (Brassica oleracea), encodes a protein with peptidase M41 and AAA+ ATPase domains, and is annotated as an AAA chloroplast protein-transporting ATPase with ATP-dependent peptidase, metalloendopeptidase, ATP hydrolase, metal binding, mRNA binding, Zn binding, ATP binding, and protein binding activities. It is associated with pachytene, plastid fission, mating, stigma development, mitochondrial protein processing, localization, chloroplast fission, PSII-associated light-harvesting complex II catabolic process, photosynthesis light reaction, chloroplast stroma protein import, chloroplast organization, proteolysis, cell division, and embryo development ending in seed dormancy. The protein localizes to the Ycf2/FtsHi complex, M-AAA complex, chloroplast inner membrane, chloroplast membrane, chloroplast thylakoid membrane, chloroplast envelope, plastid, membrane, mitochondria, and cytosol. BoARC1 is linked to self-incompatibility, heterosis, proplastid division, seedling development, chloroplast transcription, chloroplast gene expression, chloroplast biogenesis, embryo development, chloroplast division, chloroplast size, plant growth, chloroplast development, and embryo viability.
Annotations
- Chromosome
- 1
- Related genes
- ARC1
- GO terms
- Pachytene, Mitochondrial Protein Processing, Cell Division, PSII Associated Light-harvesting Complex II Catabolic Process, MRNA Binding, plasmalemma, metal binding, Zn binding
- Publications
- 27707774, PMID:18431481, PMID:20061580, PMID:28887381, PMID:16359384, PMID:27590064, PMID:25666275, PMID:16531496
- Traits
- chloroplast R-loop homeostasis, chloroplast gene expression, chloroplast transcription, Increased Chloroplast Density, Reduced Chloroplast Size, Initially Pale Leaves, Defective Chloroplast Accumulation and Division, Elongated Chloroplasts, Pale Leaves, Reduced Chloroplast Number, Pale Twisted Leaves, Severely Reduced Chloroplast Number, Enlarged Chloroplasts, Pale Seedling, Small Rosette, Delayed Germination, Reduced Seed Production