Publication | Closed Access
ALLOXAN DIABETES IN THE HAMSTER: ORGAN CHANGES DURING THE FIRST DAY1
11
Citations
0
References
1956
Year
Mammalian PhysiologyPathologyPancreas TransplantationInsulin SignalingMetabolic SyndromeHealth SciencesAnimal PhysiologyPancreatic IsletsInsulin ManagementIslet Cell ManufacturingDiabetes ComplicationsEndocrinologyPharmacologyDiabetesPhysiologyLiver GlycogenDiabetes MellitusHyperglycemiaMetabolismMedicineAlloxan Diabetes
GAARENSTROOM and Siderius (10) in the symposium, “Experimental Diabetes,” discussed several points which bear directly on our investigation of alloxan diabetes in the hamster. First, they indicate that there is no direct evidence of the causation of the hypoglycemic phase by release of insulin from damaged islets. Second, they suggest that the hypo phase results from the exhaustion of liver glycogen during primary hyperglycemia. Next, concerning the theory that alloxan is primarily stimulatory, they state “A further indication that alloxan stimulates the pancreatic islets during the first hours would be the occurrence of histologically recognizable activity of islet cells.” Lastly, they emphasize that most investigators report only degenerative lesions from observations made several hours after treatment.