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萘呋胺酯的剂量、药代动力学、血浆浓度与抗血栓形成作用之间的关系。

The relationship between dose, pharmacokinetics, plasma-concentrations and antithrombotic effects of nafazatrom.

作者信息

Philipp E, Ritter W, Patzschke K

出版信息

Thromb Res Suppl. 1983;4:129-33. doi: 10.1016/0049-3848(83)90368-7.

Abstract

Nafazatrom is rapidly and almost completely absorbed after oral administration. However, the plasma levels of unchanged nafazatrom are very low, suggesting an extensive biotransformation during a first passage through the liver. The concentrations of nafazatrom in the plasma therefore, may only reflect indirectly the effective concentration at the receptor site. Concentrations, half-life and distribution of nafazatrom between aqueous and liquid compartments suggest that the cellular membrane may be the site of action.

摘要

萘呋胺酯口服给药后吸收迅速且几乎完全。然而,未代谢的萘呋胺酯血浆水平非常低,这表明其在首次通过肝脏时发生了广泛的生物转化。因此,血浆中萘呋胺酯的浓度可能仅间接反映受体部位的有效浓度。萘呋胺酯在水相和液相之间的浓度、半衰期及分布表明,细胞膜可能是其作用部位。

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