Sharaf A A, el-Sherbini A, Abdulla W A
Egypt J Bilharz. 1978;4(1):9-18.
IN THIS INVESTIGATION, the effects of the examined antibilharzial agents are as follows: Bilharcid and tartar-emetic similarly affected succinate oxidation. 50% inhibition could be obtained at a concentration of 10(-3) of both drugs. Malate oxidation was differently affected by the drugs. Bilharcid and tartar-emetic at a concentration of 10(-3) M induced 50% and 70% inhibition respectively, while tartar-emetic stimulated malate oxidation if added in a concentration of 10(-5) M. Pyruvate oxidation was affected in the same manner and to the same extent as malate oxidation. Citrate oxidation was slightly inhibited by Bilharcid and tartar-emetic. 10% and 30% inhibition could be obtained if the concentration was 10(-3) M of both drugs respectively. Bilharcid had a biphasic effect on citrate oxidation. Stimulation could be observed at low concentrations (up to 10(-8) M and inhibition at higher ones (up to 10(-3) M. Piperazine hexahydrate was nearly without effect on the rate of oxidation of the four mentioned substrates.
在本研究中,所检测的抗血吸虫药的作用如下:Bilharcid和吐酒石对琥珀酸氧化的影响相似。两种药物浓度为10⁻³时均可产生50%的抑制作用。苹果酸氧化受药物的影响不同。浓度为10⁻³ M时,Bilharcid和吐酒石分别诱导50%和70%的抑制作用,而浓度为10⁻⁵ M的吐酒石添加时则刺激苹果酸氧化。丙酮酸氧化受影响的方式和程度与苹果酸氧化相同。Bilharcid和吐酒石对柠檬酸氧化有轻微抑制作用。两种药物浓度为10⁻³ M时,分别可产生10%和30%的抑制作用。Bilharcid对柠檬酸氧化有双相作用。低浓度(高达10⁻⁸ M)时可观察到刺激作用,高浓度(高达10⁻³ M)时则有抑制作用。六水哌嗪对上述四种底物的氧化速率几乎没有影响。