Welling P G, Lyons L L, Elliott R, Amidon G L
J Clin Pharmacol. 1977 Apr;17(4):199-206. doi: 10.1177/009127007701700403.
The absorption and elimination characteristics of alcohol have been studied in healthy fasted and nonfasted human volunteers using low single doses. In non-fasted subjects, carbohydrate reduced overall alcohol bioavailability by about 96 percent, compared to 90 per cent for fat and 75 per cent for protein. Inhibition of absorption in nonfasted subjects appeared to be due to less alcohol being available for absorption rather than a reduced absorption rate. Serum alcohol levels in fasted subjects were interpreted in terms of both first-order and zero-order absorption followed by first-order elimination. Of the two proposed models, that utilizing zero-order absorption provided a marginally better fit to observed data.
已经在健康的空腹和非空腹人类志愿者中使用低单剂量研究了酒精的吸收和消除特征。在非空腹受试者中,碳水化合物使总体酒精生物利用度降低了约96%,相比之下,脂肪为90%,蛋白质为75%。非空腹受试者中吸收的抑制似乎是由于可供吸收的酒精减少,而不是吸收率降低。空腹受试者的血清酒精水平根据一级和零级吸收后一级消除来解释。在提出的两个模型中,利用零级吸收的模型对观察数据的拟合略好一些。