ASP1 — Camelina sativa
Summary
CSA15G002430, designated ASP1 in Camelina sativa on chromosome 15, encodes an aspartic peptidase A1 family protein with aspartic endopeptidase activity, nutrient reservoir activity, microtubule binding, and identical protein binding. This gene is associated with proteolysis, regulation of programmed cell death, leaf vascular tissue pattern formation, and responses to auxin and brassinosteroid-mediated signalling. It has been linked to osmotic stress tolerance, lateral root development, and brassinosteroid sensitivity, as well as traits including seed weight and plant height. The encoded protein localises to the plasmodesma, extracellular region, membrane, cytosol, and cytoplasm. Related genes in other species link the family to similar aspartic peptidase functions.
Annotations
- Chromosome
- 15
- Related genes
- DARMORV10_A05P44360.1, DARMORV10_C09P75880.1, DARMORV10_BNAPUS_DARMOR_BZH_SCAFFOLD_122P00210.1, DARMORV10_BNAPUS_DARMOR_BZH_SCAFFOLD_99P00240.1, BOLC102_C05P067910.1_BOLC102_V1, BOLC102_C01P065220.1_BOLC102_V1, BOLND125_C01P068240.1_BOLND125_V1, BOLND125_C05P072880.1_BOLND125_V1
- GO terms
- aspartic endopeptidase activity, Regulation Of Programmed Cell Death, plasmalemma, brassinosteroid mediated signalling, Cytosol, Membrane, Cytoplasm, Leaf Vascular Tissue Pattern Formation
- Publications
- 16626458, PMID:17317660, PMID:12068095, PMID:21533090, PMID:28887381, PMID:19000166, PMID:16998088, PMID:22232384
- Traits
- lateral root development, Reduced Root Length, Abnormal Leaf Venation, Reduced Vein Number, osmotic stress tolerance, brassinosteroid signaling, seed weight, brassinosteroid sensitivity, plant height