PETE — Camelina sativa
Summary
CsPETE2 (CSA14G025600) in Camelina sativa encodes a plastocyanin, a copper-binding cupredoxin domain protein localized to the chloroplast thylakoid membrane and lumen. The gene product is associated with electron transfer activity and copper binding, and is linked to photosynthetic electron transport, copper ion homeostasis, and responses to copper, UV, and misfolded proteins. CsPETE2 has been connected to meristem growth, root and leaf morphogenesis, inflorescence development, and male and female gamete generation. It is also associated with traits including zinc and herbicide sensitivity, disease tolerance, and plant growth and development. Studies of related genes in other species link the family to salt tolerance, seed yield, dark-induced senescence, and zinc deficiency tolerance.
Annotations
- Chromosome
- 14
- Related genes
- PETE, PETE2, RPT2A
- GO terms
- Response To Heat, Photosynthetic Electron Transport Chain, Meristem Structural Organization, Chloroplast Thylakoid Lumen, plasmalemma, copper binding, Nucleus, Proteasome Regulatory Particle, Base Subcomplex
- Publications
- 24841956, 17825468, 33961777, 16684236, 18433503, 29362078, 12376647, 32502259
- Traits
- seed yield, salt tolerance, inflorescence architecture, DNA damage repair, Lower Biomass, Delayed Bolting, Reduced Copper Accumulation, Proteasome Defects, Shorter Roots, Altered Stress Response, Large Plants, Narrow Serrated Leaves, MG132 Hyposensitivity, Milder Root and Shoot Meristem Defects