Funakoshi A, Nakano I, Shinozaki H, Miyazaki K, Ibayashi H
Regul Pept. 1987 Jun;17(6):311-8. doi: 10.1016/0167-0115(87)90054-1.
A comparative study was done on the pancreatic endocrine (insulin (IRI), human pancreatic polypeptide (hPP] and exocrine secretion (fluid volume, amylase output, bicarbonate output), before and after administration of proglumide. At the time of the test meal loading, plasma hPP and cholecystokinin (CCK) were also measured. During continuous i.v. administration of proglumide 750 mg and 1650 mg/h 30 min before CCK-8 (20 ng/kg) stimulation, no significant difference in the rise of plasma hPP level was observed, as compared with a single stimulus of CCK-8, nor were there any significant differences in the exocrine secretion. The values of hPP and CCK-8 under a load of test meal significantly elevated after a food load. Although hPP showed a significant inhibition with the administration of proglumide 1650 mg/h, plasma CCK-8 and blood sugar levels were not significantly different from control groups. Therefore, while proglumide has a very weak effect on the action of pancreatic endocrine function, it does have an inhibitory effect on pancreatic function, during physiological stimulation.
在给予丙谷胺前后,对胰腺内分泌(胰岛素(IRI)、人胰多肽(hPP))和外分泌(液体量、淀粉酶分泌量、碳酸氢盐分泌量)进行了一项对比研究。在给予试餐时,还测量了血浆hPP和胆囊收缩素(CCK)。在CCK-8(20 ng/kg)刺激前30分钟,持续静脉输注丙谷胺750毫克和1650毫克/小时,与单次CCK-8刺激相比,血浆hPP水平升高无显著差异,外分泌也无显著差异。试餐负荷下hPP和CCK-8的值在食物负荷后显著升高。虽然给予1650毫克/小时丙谷胺时hPP有显著抑制作用,但血浆CCK-8和血糖水平与对照组无显著差异。因此,虽然丙谷胺对胰腺内分泌功能的作用非常微弱,但在生理刺激期间,它确实对胰腺功能有抑制作用。