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淡水鱼胡子鲶内分泌胰腺的组织病理学IX:新型抗糖尿病药物格列本脲(HB 419)的作用

Histopathology of the endocrine pancreas of a fresh-water fish, Clarias batrachus (L.) IX: Effect of the new antidiabetic drug, glibenclamide (HB 419).

作者信息

Bhatt S D

出版信息

Anat Anz. 1975;137(1-2):138-46.

PMID:808974
Abstract

Oral administration of glibenclamide, the new antidiabetic drug, caused hypoglycemia in Clarias batrachus. The effect was maximal at 15 hours, when some fish had practically no sugar in their plasma. The hypoglycemic effect was insignificant in partially-pancreatectomized fish, indicating that the drug potentiated the effect of insulin in such animals. In fasting normal fish, the drug provoked an increase in the liver glycogen contents while in the diabetic animals, a reverse condition occurred. Significant beta-cell degranulation and vacuolisation was noted in the Langerhans' islets, the effect being synchronous with hypoglycemia. In a few cases, the alpha-cells had also undergone degenerative changes. No significant side effects and discerneable toxicity was observed in the treated-fish. It is stipulated that the drug is endowed with the beta cytotropic property.

摘要

口服新型抗糖尿病药物格列本脲会导致胡子鲶出现低血糖症状。该效应在15小时时达到最大值,此时一些鱼的血浆中几乎没有糖分。在部分胰腺切除的鱼中,低血糖效应不明显,这表明该药物增强了胰岛素在这类动物体内的作用。在禁食的正常鱼中,该药物促使肝脏糖原含量增加,而在糖尿病动物中则出现相反的情况。在胰岛中观察到明显的β细胞脱颗粒和空泡化,这种效应与低血糖同步。在少数情况下,α细胞也发生了退行性变化。在接受治疗的鱼中未观察到明显的副作用和可察觉的毒性。规定该药物具有促β细胞生长特性。

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