An electrophysiological study of ganglion blockade by paraquat and diquat.

D B Webb, E J Ansari, D I Wallis
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引用次数: 1

Abstract

1. The bipyridilium herbicides, particularly paraquat, have chemical and toxicological features in common with the bi-quaternary ammonium ganglion blockers. 2. Paraquat and diquat were tested for ganglion blocking activity. Rabbit cervical ganglia were superfused with both agents and subsequently with hexamethonium to confirm susceptibility to ganglion blockade. 3. No evidence for ganglion blockade was found at either supra maximal or sub maximal stimulation, and none following repetitive stimulation. 4. The similarities and differences between the bipyridyl herbicides and bi-quaternary ganglion blockers can be explained on the basis of their structures. 5. It is concluded that neither paraquat nor diquat have significant ganglion blocking activity.

百草枯和双菊枯对神经节阻滞的电生理研究。
1. 联吡啶类除草剂,特别是百草枯,与双季铵类神经节阻滞剂具有共同的化学和毒理学特征。2. 测定百草枯和双菊枯的神经节阻断活性。用这两种药物和六甲溴铵对兔颈神经节进行灌注,以确定对神经节阻滞的敏感性。3.在最大刺激或次最大刺激时均未发现神经节阻滞的证据,重复刺激后也没有发现。4. 联吡啶类除草剂与双季神经节阻滞剂的异同可以从结构上加以解释。5. 由此可见,百草枯和双菊枯均没有显著的神经节阻断活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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