Article
Photorespiration Regulates Carbon-Nitrogen Metabolism by Magnesium Chelatase D Subunit in Rice.
Journal of agricultural and food chemistry - 13 Jan 2021
Liang Yinpei, Wang Jiayu, Zeng Faliang, Wang Qi, Zhu Lin, Li Hongyu, Guo Naihui, Chen Hongwei
Abstract excerpt
The growth and development of plants are dependent on the interaction between carbon and nitrogen metabolism. Essential information about the metabolic regulation of carbon-nitrogen metabolism is still lacking, such as possible interactions among nitrogen metabolism, photosynthesis, and photorespiration. This study shows that higher photorespiration consumes more CO2 fixed by photosynthesis, making the high...
Topics
- Carbon
- Carbon Dioxide
- Chlorophyll
- Light
- Lyases
- Mutation
- Nitrogen
- Oryza
- Photosynthesis
- Plant Proteins
- Respiration