Degand P, van der Loo D, Biserte G
Poumon Coeur. 1976;32(4):185-8.
The study of therapeutical agents for "mucolysis" enables a classification of these drugs from their mode of action at the trachea-bronchial level (pharmacodynamic agents, enzymes, reducers, mucoregulation). The affinity of a piperazine derivative, eprazinone, for polyanionic bronchial mucins, was shown in vitro by spectrophotometry. Because of this property, eprazinone (Mucitux) might modify the fibrillar structure of bronchial mucus. This mode of action would differentiate this treatment from the mucolytic agents used today clinically.
对“黏液溶解”治疗药物的研究有助于根据这些药物在气管支气管水平的作用方式(药效学药物、酶、还原剂、黏液调节)对其进行分类。通过分光光度法在体外证明了哌嗪衍生物依普拉酮对多阴离子支气管黏蛋白的亲和力。由于这一特性,依普拉酮(沐舒坦)可能会改变支气管黏液的纤维结构。这种作用方式将使这种治疗方法有别于目前临床上使用的黏液溶解剂。