J Korean Diabetes Assoc.
2000 Oct;24(5):552-559.
Correlation between Basal Insulin Requirements and Daily
Administered Insulin Dosage in Diabetes
- Affiliations
-
- 1Department of Internal Medicine, Seoul National University College of Medicine.
- 2Department of Internal Medicine, Han-il Hospital.
- 3The Institute of Endocrinology, Nutrition and Metabolism, Seoul National University Medical Research Center.
- 4Center for Hormone Research, Clinical Research Institute, Seoul National University Hospital.
Abstract
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BACKGROUND: In patients who need insulin therapy, it is difficult to assess insulin
requirements because of individual variability in insulin sensitivity and secretion. The
aim of this study is to know that it is possible to achieve rapidly and efficiently
normoglycemia based on insulin infusion algorithm and whether there is
correlation between basal insulin requirements and daily administered total insulin
dose.
METHODS
Total 34 patients were enrolled. Insulin infusion was begun at 2:00 p.m.,
and bedside blood glucose concentration was measured at hourly intervals. The
rate of insulin infusion was adjusted according to blood glucose levels. We
compared insulin requirements to maintain normoglycemia (basal insulin
requirements) with daily administered total insulin dose.
RESULTS
At start, the mean blood glucose concentration was 14.9+/-4.7 mmol/L; by
the first hour, it was 10.7+/-3.6 mmol/L; by the second hour, it was 7.4+/-3.1 mmol/L;
when the infusion was discontinued, it was 5.7+/-1.0 mmol/L. This algorithm
successfully inducted normoglycemia in all patients within 3.5+/-1.8 h. There was
significant correlation between basal insulin requirements and daily administered
total insulin dosage. And, daily administered insulin dose had significant correlation
with first hour glucose concentration, first hour insulin infusion rate, second hour
glucose concentration, second hour insulin infusion rate, and glucose
concentration at the end.
CONCLUSIONS
We concluded that normoglycemia can be achieved rapidly and
efficiently based on insulin infusion algorithm. The present study suggested that we
could predict daily insulin requirements through basal insulin requirements that we
measured.