Sharaf A A, Mohaned A M, Abu El-Ghar M R, Mousa A H
Egypt J Bilharz. 1975;2(1):49-61.
The effects of the organophosphorous insecticide, Dursban, on aerobic oxidation, glycolysis, glucose utilization and gluconeogenesis in snails tissues were determined. Dursban had a biphasic effect on the aerobic oxidation of succinate, glutamate + malate and TMPD + ascorbate while it had only an inhibitory action on pyruvate oxidation. The compound significantly inhibited glycolysis, glucose utilization and gluconeogenesis when used at high concentrations (ten times higher than its LC50). However, it had a slight effect on thepreviously mentioned process when its concentration was equal to or approximated its LC50. The relationship between the metabolic effect of Dursban and its molluscicidal activity is discussed.
测定了有机磷杀虫剂毒死蜱对蜗牛组织中需氧氧化、糖酵解、葡萄糖利用和糖异生的影响。毒死蜱对琥珀酸、谷氨酸 + 苹果酸和 TMPD + 抗坏血酸的需氧氧化有双相作用,而对丙酮酸氧化仅有抑制作用。当以高浓度(比其半数致死浓度高十倍)使用时,该化合物显著抑制糖酵解、葡萄糖利用和糖异生。然而,当其浓度等于或接近其半数致死浓度时,对上述过程的影响轻微。讨论了毒死蜱的代谢效应与其杀软体动物活性之间的关系。