Davidova E G, Rachinskiĭ V V, Kretova L G
Mikrobiologiia. 1978 Sep-Oct;47(5):799-804.
The dynamics of carbon metabolism was studied in Candida tropicalis growing on 14C-labeled n-octadecane and glucose by means of the technique of radioactive indicators. The kinetics of incorporation of 14C into the main groups of organic substances in the cell (proteins, nucleic acids+polysaccharides, lipids, free amino acids, organic acids, free carbohydrates+nucleotides) revealed differences in the rate of their synthesis and accumulation. The general features and the major differences in the pathways of carbon metabolism depended on the nature of a carbon substrate. If the yeast used n-octadecane as a source of carbon, the rate of synthesis of the lipid fraction was higher, and the ratio between its components changed as well as the rates of their synthesis.
利用放射性示踪技术，研究了热带假丝酵母在以¹⁴C标记的正十八烷和葡萄糖为碳源的条件下碳代谢的动态变化。¹⁴C掺入细胞中主要有机物质组（蛋白质、核酸+多糖、脂质、游离氨基酸、有机酸、游离碳水化合物+核苷酸）的动力学揭示了它们合成和积累速率的差异。碳代谢途径的一般特征和主要差异取决于碳源的性质。如果酵母利用正十八烷作为碳源，脂质部分的合成速率较高，其组分之间的比例以及它们的合成速率也会发生变化。
