Chen M H, Joffe S N, Magee D F, Murphy R F, Naruse S
J Physiol. 1983 Aug;341:453-61. doi: 10.1113/jphysiol.1983.sp014816.
Fasting conscious dogs, each with a gastric fistula, Heidenhain pouch and Thomas duodenal fistula, were used. Basal pancreatic secretion showed periodic increases in phase with the periodic contraction of the stomach and duodenum. Periodic increases of plasma pancreatic polypeptide (PP), but not of gastrin, were observed in phase with the periodic contraction and secretion of the gut. Ganglion blockade abolished the cyclical activity, both secretory and motor, of the gut and of plasma PP. Intraduodenal infusion of lidocaine suppressed the spontaneous increase of pancreatic secretion and plasma PP. It is concluded both that the cyclical release of PP and the increase in pancreatic secretion are under the control of the intrinsic nerves of the duodenum.
使用了禁食的清醒犬,每只犬都有胃瘘、海登海因小胃和托马斯十二指肠瘘。基础胰腺分泌随胃和十二指肠的周期性收缩呈周期性增加。与肠道的周期性收缩和分泌同步,观察到血浆胰多肽(PP)呈周期性增加,但胃泌素没有。神经节阻断消除了肠道和血浆PP的分泌性和运动性周期性活动。十二指肠内注入利多卡因可抑制胰腺分泌和血浆PP的自发增加。得出的结论是,PP的周期性释放和胰腺分泌的增加都受十二指肠内在神经的控制。