Tkachenko A G, Rozenblat G F, Chudinov A A, Sherstneva V V, Raev M B, Eremin V A
Prikl Biokhim Mikrobiol. 1991 Jul-Aug;27(4):558-64.
The aerobic to anaerobic transition of E. coli is accompanied with interrelated changes of the adenylate pool, energy charge, respiration rate, as well as the phospholipid content of the cell membranes and the activity of the polyamine synthesizing system. The role of the cellular energy status in the control of the relative content of membrane phospholipids is discussed. The control is based either on energy redistribution in phospholipid metabolism or on the effect on the activity of the polyamine synthesizing system.
大肠杆菌从需氧到厌氧的转变伴随着腺苷酸库、能荷、呼吸速率以及细胞膜磷脂含量和多胺合成系统活性的相关变化。本文讨论了细胞能量状态在控制膜磷脂相对含量中的作用。这种控制要么基于磷脂代谢中的能量重新分配,要么基于对多胺合成系统活性的影响。