Search PubMed⌕ Search

Biomedical subjects

W Torzecka

Publications and source records attributed to W Torzecka.

42 records · Page 3Linked to original sources

[Diagnosis of diabetes mellitus and disorders of glucose tolerance in patients after acute pancreatitis].

The study aimed at evaluating an incidence of diabetes mellitus and carbohydrate tolerance disorders as well as insulinemia in patients with the history of the acute pancreatitis. Baseline glycemia was determined in 50 patients with a history of the acute pancreatitis and in 15 healthy individuals (aged between 18 and 65 years). Blood sugar was then determined 30, 60, 90 and 180 minutes following loading with 75 g of glucose. Fasting insulinemia and that following loading with 75 g glucose were determined at the same time period. Diabetes mellitus was diagnosed in 6 patients (12%) whereas carbohydrate tolerance in 4 patients (8%). A decrease in insulin response to carbohydrates was noted in 36 patients (72%) with a history of the acute pancreatitis in comparison with the control group. The obtained results suggest that the acute pancreatitis significantly decreases endocrine functioning of the pancreas. Therefore, metabolism of carbohydrates should be checked particularly in the individuals with a history of the acute pancreatitis without the symptoms of both diabetes mellitus and sugar tolerance disorders but with the signs of decreased insulin response to carbohydrates.

Acute Disease↗

[Pathogenesis of hyperglycemia in diabetes mellitus type II (insulin-independent)].

The most important causes of hyperglycaemia in the course of diabetes mellitus type 2 are discussed. Those include: insulin secretion disorders, resistance to the insulin and overproduction of glucose in the liver. Affected secretory function of B cells in the pancreatic islets results, first of all, from the primary genetic error and secondary regulatory disorders, chiefly hyperglycaemia. Resistance to the insulin caused by decreased insulin activity in the muscle tissue and adipose tissue includes so-called receptor and postreceptor defects. Mechanism of these disorders is partially explained. Overproduction of glucose in the liver is probably secondary to the above metabolic disturbances and decides on the basic hyperglycaemia. Pathogenetic aspects of the insulin independent diabetes mellitus therapy with particular reference to the role of sulfonylurea derivatives are also discussed.

Diabetes Mellitus, Type 2↗