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Biomedical subjects

I P Bhalla

Publications and source records attributed to I P Bhalla.

28 records · Page 2Linked to original sources
PubMed1980

Fatal coma in diabetes.

Analysis of causes of death in a population of 3,113 diabetics was carried out for a period of eight years and those patients dying of some form of diabetic coma identified. Of 1,274 deaths, only 22 (1.73%) were primarily due to coma; 7 hypoglycaemia, 8 ketoacidosis, 3 hyperosmolar coma and 4 lactic acidosis. Three of the ketoacidosis patients may have died from other causes. Most deaths occurred in patients with long-standing diabetes. In the hypoglycaemic group all were on insulin and several had been difficult to control for many years. Infection was an important precipitating factor for ketoacidosis and hyperosmolar coma. Phenformin was the cause of all cases of fatal lactic acidosis. It is reassuring that death from coma is a comparatively rare event in known treated diabetic patients.

Adult↗
PubMed1979

Diabetic mortality in Edinburgh.

A prospective study of mortality in 3,113 diabetics was carried out in Edinburgh over a period of eight years; 1,272 patients (41 %) died. Death rates for females equalled those for males and, in relation to the general population, there was a considerable excess mortality which was greater for females. Statistical analysis indicated that the important mortality risk-factors are age, duration of diabetes of greater than ten years and treatment. The risk of oral therapy or insulin were approximately equally greater than that of diet therapy and probably reflected severity of disease. Using international coding for diagnosis, 27 % of deaths were classified as directly due to diabetes and 49 % to vascular disease. Reclassifying the terminal cause of death left only 26 patients (2 %) recorded with diabetes as the direct cause of death. Three hundred and thirty five males (66 %) and 561 females (73 %) died of vascular disease. There was a predominance of myocardial infarction in males and cerebrovascular disease in females. These percentages were a little lower when post-mortem information was available. These results provide additional evidence that diabetes reduces life expectancy by inducing premature vascular disease and that the effect is greater in women than in men.

Adolescent↗