Torres-da Matta J, Silva C B, da Matta A N, Hassón-Voloch A
Comp Biochem Physiol B. 1985;81(4):969-73. doi: 10.1016/0305-0491(85)90099-9.
Biochemical modifications of the glycolytic metabolism of the electric organ of Electrophorus electricus (L.) have been studied as a function of denervation. The activities of LDH, MDH and the concentrations of ATP, lactic and pyruvic acids were measured at intervals of zero, 15, 30 and 60 days following denervation. In parallel, CPK activity was also measured. All of these biochemical characteristics were substantially altered by denervation. The results obtained point to a change, after 15 days of denervation, from the normal anaerobic to an aerobic metabolism which remains after 30 days and reverts to anaerobic at 60 days.
对电鳗（Electrophorus electricus (L.)）电器官糖酵解代谢的生化修饰作为去神经支配的函数进行了研究。在去神经支配后的0、15、30和60天间隔测量LDH、MDH的活性以及ATP、乳酸和丙酮酸的浓度。同时，也测量了CPK活性。所有这些生化特征都因去神经支配而发生了显著改变。获得的结果表明，去神经支配15天后，从正常的无氧代谢转变为有氧代谢，这种有氧代谢在30天后仍然存在，并在60天时恢复为无氧代谢。
