Effenberger W, Müller P J, Bocker H
Z Allg Mikrobiol. 1983;23(9):557-64.
Results furnish evidence for a partial uncoupling of respiration at conditions of phosphate limitation in turimycin fermentations. The uncoupling was primarily caused by the high intracellular ATP hydrolase activity and probably also by the CN-resistant respiration. The results support the idea that high dephoshorylating enzyme activities may have a regulatory effect on the secondary product biosynthesis.
结果为土霉素发酵中磷酸盐限制条件下呼吸作用的部分解偶联提供了证据。这种解偶联主要是由高细胞内ATP水解酶活性引起的，可能也与抗氰呼吸有关。这些结果支持了高脱磷酸化酶活性可能对次级产物生物合成具有调节作用这一观点。
