Aviado D M, Dettelbach H R
Angiology. 1984 Jul;35(7):407-17. doi: 10.1177/000331978403500703.
Physiological and pathophysiological aspects of systemic and cardiac haemodynamics are reviewed with appraisal of Carl J. Wiggers merits and contributions to the research and developments in this field and his early recognition of the significance of the flow properties of blood in impaired circulation. Pharmacological agents involved in treatment of peripheral vascular diseases are discussed with special regard to the haemorheologically active xanthine derivative pentoxifylline. The profile of pentoxifylline as it emerges from experimental pharmacological and clinical studies is presented paying special attention to the haemorheological properties of the drug. Pharmacokinetic features of pentoxifylline are surveyed touching absorption, blood levels, metabolism and excretion aspects. Basing on the available data pentoxifylline is regarded as a promising drug in the treatment of circulatory ischemic disorders, especially in intermittent claudication.
本文回顾了全身和心脏血流动力学的生理及病理生理方面,对卡尔·J·威格斯在该领域研究与发展中的功绩和贡献进行了评价,他早期就认识到血液流动特性在循环障碍中的重要性。讨论了用于治疗外周血管疾病的药物,特别关注具有血液流变学活性的黄嘌呤衍生物己酮可可碱。介绍了己酮可可碱从实验药理学和临床研究中得出的概况,特别关注该药物的血液流变学特性。综述了己酮可可碱的药代动力学特征,涉及吸收、血药浓度、代谢和排泄方面。基于现有数据,己酮可可碱被认为是治疗循环缺血性疾病的一种有前景的药物,尤其是在间歇性跛行方面。