Jansson R, Svanvik J
Gastroenterology. 1977 Apr;72(4 Pt 1):639-43.
A perfusion technique has been used for the simultaneous study of the concentrating mechanism and the motility of the gallbladder in the anesthetized cat. It was found that intravenous secretin abolished the net water absorption from bile in the gallbladder and thereby impeded its concentrating mechanism, but alone did not influence gallbladder motility. It was sometimes seen that secretin even reversed the net water transport in the gallbladder, producing a secretion. Intravenous cholecystokinin was found not to influence the net water transport but to induce a strong contraction of the gallbladder. These results are discussed in relation to those from earlier in vitro studies.
一种灌注技术已被用于在麻醉猫身上同时研究胆囊的浓缩机制和运动性。研究发现,静脉注射促胰液素可消除胆囊胆汁中的净水分吸收,从而阻碍其浓缩机制,但单独使用时并不影响胆囊运动性。有时可见促胰液素甚至能逆转胆囊中的净水分转运,产生分泌作用。研究发现,静脉注射胆囊收缩素并不影响净水分转运,但会引起胆囊强烈收缩。结合早期体外研究的结果对这些结果进行了讨论。