Tasker T C, Cockburn A, Jackson D, Mellows G, White D
J Antimicrob Chemother. 1986 May;17 Suppl C:225-32. doi: 10.1093/jac/17.suppl_c.225.
Clavulanate potentiated ticarcillin contains two components with an established safety record. Ticarcillin used clinically alone and with clavulanate, a component of clavulanate potentiated amoxycillin, given orally or intravenously. No pharmacokinetic interaction occurs between the two components when given together in man or animals in which metabolism is qualitatively similar to man. Safety evaluation studies carried out in the animals established as suitable for studying the toxicology of ticarcillin have shown no unexpected synergistic or antagonistic toxic effects of Timentin not predicted from the toxicological evaluation of clavulanate alone. Reproductive mutagenic, cardiovascular and general pharmacological studies have shown no significant hazard from Timentin. Clinical experience with ticarcillin has been reviewed, and impairment of platelet function, seen at supratherapeutic doses, has been shown in an animal model not to be influenced by clavulanate. The assessment of the safety of ticarcillin and clavulanate for therapeutic use in man is thus comprised of the clinical experience with ticarcillin and parenteral clavulanate in clavulanate potentiated amoxycillin, animal safety evaluation studies, and the clinical experience with Timentin reported in this symposium.
克拉维酸增强型替卡西林含有两种安全性记录已确立的成分。替卡西林临床上单独使用或与克拉维酸(克拉维酸增强型阿莫西林的一种成分)联合使用,可口服或静脉给药。当在人体或代谢性质与人类相似的动物中一起给药时,两种成分之间不会发生药代动力学相互作用。在适合研究替卡西林毒理学的动物中进行的安全性评估研究表明,替卡西林(特泯菌)没有出现单独对克拉维酸进行毒理学评估时未预测到的意外协同或拮抗毒性作用。生殖、致突变、心血管和一般药理学研究表明,替卡西林(特泯菌)没有显著危害。已对替卡西林的临床经验进行了回顾,并且在动物模型中已表明,超治疗剂量时出现的血小板功能损害不受克拉维酸的影响。因此,对替卡西林和克拉维酸用于人类治疗的安全性评估包括替卡西林和克拉维酸在克拉维酸增强型阿莫西林中的临床经验、动物安全性评估研究以及本次研讨会报告的替卡西林(特泯菌)的临床经验。