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Influence of seven beverages on salicylate disposition in humans.

机译:七种饮料对人体中水杨酸酯含量的影响。

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OBJECTIVE: Aspirin administered orally is one of most widely self-prescribed drugs to treat headaches or other pains. The aim of this study was to evaluate whether the influence of different beverages may be used to help in the ingestion of an aspirin tablet on the pharmacokinetic parameters of this drug. METHOD: This study was undertaken in five healthy volunteers. Seven beverages were tested: water, tea, coffee, orange juice, milk, beer and 40 degrees distilled alcohol. After plasma extraction, aspirin and salicylic acid were measured by HPLC with UV detection. The main pharmacokinetic parameters were determined by the compartimental method and drug disposition profiles by the Wagner-Nelson modified method. RESULTS: Elimination was not modified by any of the beverages but absorption was affected. Two opposing effects were observed: 40 degrees alcohol seemed to increase AUC and Cmax. Milk and beer seemed to decrease these parameters. With 40 degrees alcohol and tea, the amount absorbed and the disposition rate were higher. For milk and orange juice, the amount absorbed was lower and the disposition rate was unaffected. For beer, both the amount absorbed and the disposition rate increased. For coffee, both the amount absorbed and disposition rate were not significantly modified. CONCLUSION: The bioavailability of salicylates on the healthy volunteers in this study was significantly affected by concomitant administration of 40 degrees alcohol (spirit), beer and milk. The beverages seem to interfere with aspirin absorption and the drug disposition profile was modified.
机译:目的:口服阿司匹林是治疗头痛或其他疼痛的最广泛的自我处方药之一。这项研究的目的是评估是否可以使用不同饮料的影响来帮助摄入阿司匹林片剂对该药物的药代动力学参数。方法:本研究在五名健康志愿者中进行。测试了七种饮料:水,茶,咖啡,橙汁,牛奶,啤酒和40度蒸馏酒精。血浆提取后,通过HPLC和UV检测法测定阿司匹林和水杨酸。主要的药代动力学参数由隔室法确定,药物配置由Wagner-Nelson修正法确定。结果:消除没有任何饮料,但吸收受到影响。观察到两个相反的效果:40度酒精似乎会增加AUC和Cmax。牛奶和啤酒似乎降低了这些参数。在40度的酒精和茶中,吸收量和处置率更高。对于牛奶和橙汁,吸收量较低,并且处置速率不受影响。对于啤酒,吸收量和处置率均增加。对于咖啡,吸收量和处置速率都没有明显改变。结论:在这项研究中,水杨酸酯在健康志愿者身上的生物利用度受到40度酒精(烈酒),啤酒和牛奶的同时使用的显着影响。饮料似乎会干扰阿司匹林的吸收,并且药物的分布特征也有所改变。

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