Sokolov A P, Trotsenko Iu A
Mikrobiologiia. 1977 Nov-Dec;46(6):1119-21.
Operation of the dissimilatory hexulose phosphate cycle of formaldehyde oxidation in Pseudomonas oleovarans has been directly confirmed. Extracts of this typical facultative methylotroph catalyze the formation of 14CO2 from 14C-formaldehyde. The process depends on the presence of ribose-5-phosphate, NADP or NAD, and is linear in time. Oxidation of formaldehyde via formate to CO2 is of a minor importance in the energy metabolism of the methylotroph.
在食油假单胞菌中，甲醛氧化异化磷酸己酮糖循环的运作已得到直接证实。这种典型兼性甲基营养菌的提取物能催化从¹⁴C-甲醛生成¹⁴CO₂。该过程依赖于5-磷酸核糖、NADP或NAD的存在，且在时间上呈线性关系。在甲基营养菌的能量代谢中，甲醛经甲酸氧化为CO₂的过程重要性较低。
