Akhmerov R N, Cherlin V A, Makhmudov E S
Ontogenez. 1990 Nov-Dec;21(6):639-42.
We have studied the respiratory ratio of liver mitochondria during oxidation of substrates of the carbohydrate and lipid metabolism in newborn rats and during early postnatal development. High rate of respiration coupled with the synthesis of ATP from ADP and phosphate has been found during oxidation of carbohydrate substrates (pyruvate + malate); however, caprilate, a substrate of lipid metabolism, does not support such respiration. However, in the young rats aging from 2 to 30 days utilization of carbohydrate and lipid substrates via the phosphorylating pathway proceeds with similar efficacy.
我们研究了新生大鼠在碳水化合物和脂质代谢底物氧化过程中以及出生后早期发育阶段肝脏线粒体的呼吸率。在碳水化合物底物(丙酮酸+苹果酸)氧化过程中发现了高呼吸率以及由ADP和磷酸盐合成ATP的过程;然而,脂质代谢底物辛酸并不能支持这种呼吸。但是,在2至30日龄的幼鼠中,通过磷酸化途径利用碳水化合物和脂质底物的效率相似。