肝肠循环

回肠胆汁酸结合蛋白是参与胆汁酸重吸收的一种胞质蛋白，在胆汁酸的肝肠循环中发挥重要的作用。

Ileal bile acid binding protein ( IBABP ) is a cytosolic protein relating to cholesterol absorption and plays an important role in the hepatoenteral circulation .

24h小鼠的粪便排泄量为总摄入量的19.87%，小于吸收排泄量11%，因此可得异黄酮的排泄主要是经过尿液排泄，经肝肠循环为次要排泄途径。

Excretion from dejection was 19.87 % of the intake of isoflavones in 24 hours . So it is considerable that urinary excretion is primary and hepato-enteral circulation is secondary in excretion pathway of isoflavones .

目的：研究胆汁酸肝肠循环在大鼠消化间期胃肠移行性复合肌电活动（MMC）中的作用。

AIM : To investigate the effects of bile acid enterohepatic circulation on the interdigestive migrating myoelectrical complex ( MMC ) in rats .

结果说明GDM不仅影响了机体的糖类、脂类和氨基酸的代谢，也导致了能量代谢以及肝肠循环等其他代谢系统的紊乱。

Studies showed that carbohydrates , lipids and amino acid metabolism are disturbed by GDM , and the enterohepatic circulation system and other metabolic disorders are also affected .

胆汁酸肝肠循环在大鼠消化间期胃肠肌电活动中的作用

Effects of bile acid enterohepatic circulation on interdigestive migrating myoelectrical activity in rats

目前认为，K579的长效作用机制是其酶-抑制剂复合物的慢离解特性和其经肝肠循环后的活性氧化代谢物两方面共同作用的结果。

That long-lasting action was most likely due to slow dissociation of the enzyme-inhibitor complex and an active oxide metabolite that undergoes enterohepatic circulation .

结论3种方法能减少胆红素的肝肠循环，有效降低了新生儿高胆红素血症的发病率，且无明显不良反应。

Conclusion The three methods will decrease the hepatoenteric circulation of bilirubin so as to decrease the incidence of neonatal hyperbilirubinemia without significant side-effect .

阐明了新生儿胆色素肝肠循环以胆红素为主要内容，部分重吸收胆红素可经开放的静脉导管旁路入血。

The bilirubin enterohepatic circulation takes the bilirubin as the main substance , and part of the absorbed bilirubin may enter the systemic circulation through ductus venosus .