Sandanov Ch M, Eroshina N V, Tsyrenov V Zh, Golovlev E L
Mikrobiologiia. 1983 May-Jun;52(3):365-9.
The enzyme apparatus of the tricarboxylic acid cycle (TAC), the pathways involving carbohydrate catabolites in the cycle, and the anaplerotic mechanisms were comparatively studied in cultures belonging to two groups of coryneform bacteria, viz. corynebacteria and rhodococci, in order to assess their potential ability for oversynthesis of primary metabolites. It has been shown that corynebacteria and rhodococci (including those producing nucleotides and amino acids) are similar in the TAC structure and the enzyme activity, but differ in the operation of the glyoxylate shunt.
为评估两类棒状细菌(即棒杆菌属和红球菌属)合成初级代谢产物的潜在能力,对三羧酸循环(TAC)的酶系、该循环中涉及碳水化合物分解代谢物的途径以及回补机制进行了比较研究。结果表明,棒杆菌属和红球菌属(包括那些产生核苷酸和氨基酸的菌株)在TAC结构和酶活性方面相似,但在乙醛酸循环的运行方面存在差异。