摘要
碳(C) 和氮(N) 是影响植物生长和开发的二必要营养素。植物是非能动的有机体并且发展了高度复杂、复杂的察觉到并且发信号的机制在他们的环境对 C 和 N 营养素的动态变化作出回应。C 和 N 新陈代谢紧被协调维持细胞内部的 C/N 动态平衡。然而，位于 C/N 协作下面并且在植物平衡的规章的机制尚待被阐明。C 和 N 新陈代谢被与 N 发信号或由 C/N 比率发信号发信号的 C 的相互作用调制，这被建议了。这评论集中于表明提供卓见进在植物平衡的 C/N 的规定机制的研究的房间。
Carbon （C） and nitrogen （N） are two essential nutrients affecting plant growth and development. Plants are non-motile organisms and have evolved highly sophisticated and complex sensing and signaling mechanisms to respond to the dynamic changes of C and N nutrients in their surroundings. C and N metabolism are tightly coordinated to maintain intraceilular C/N homeostasis. However, the regulatory mechanism underlying C/N coordination and balancing in plants remains to be elucidated. It has been suggested that C and N metabolism are modulated by the interaction of C signaling with N signaling or by C/N ratio signaling. This review focuses on cell signaling studies that provide insight into the regulation mechanism of C/N balancing in plants.
