Functional characterization of Salmonella enterica RdoA, a Cpx-regulated kinase

细菌经历周围环境的快速和极端变化，并通过适应这些变化而生存下来。这项研究的主要目标是了解使细菌能够适应环境变化的细胞反应。为了在这些不同的环境中生存，肠道沙门氏菌是食物中毒的常见原因，它利用一种感应器系统，使用磷酸基在细胞内传递信息，激活应对机制，导致新的蛋白质产生。

Bacteria experience rapid and extreme changes in their surrounding environment and survive these changes by adapting. The major goal of this research is to understand the cellular responses that allow the bacterium to adapt to changes in the environment. To survive in these different environments Salmonella enterica, a common cause of food poisoning, utilizes a senor system that uses phosphoryl groups to relay messages inside the cell that activate coping mechanisms that cause new proteins to be made.