To assess the feasibility of preprogramming an open-loop device with insulin flow rates generated by the Biostator Glucose Controller, comparisons were made in 10 juvenile-onset diabetic patients between meals of equal size and composition taken in the morning, at noon, and in the evening and a bedtime snack during a 24-h period of Biostator glucose control. Four additional diabetic patients had Biostator glucose control for 72 h. Similar amounts of insulin were infused for the meals taken at differing times of the day and, except for the morning meal, for the same meal on two successive days. The meal-related glycemic patterns expressed as mean indices of meal excursions (MIME) were similar for meals of identical size and composition during a single day and for the same meal taken on two consecutive days. Preliminary results using an open-loop device preprogrammed by the Biostator system, although encouraging, underscore the deficiency of the subcutaneous route viz. the delayed entry of insulin into the circulation in achieving normal glucose levels and patterns.
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Proceedings of the Kroc Foundation International Conference|
March 01 1980
Considerations for the Programming of an Open-Loop Insulin Infusion Device from the Biostator Glucose Controller
F J Service;
F J Service
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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R A Rizza;
R A Rizza
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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R E Westland;
R E Westland
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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L D Hall;
L D Hall
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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R L Nelson;
R L Nelson
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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M W Haymond;
M W Haymond
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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A H Clemens;
A H Clemens
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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J E Gerich
J E Gerich
Endocrine Research Unit, Departments of Internal Medicine and Pediatrics
Mayo Clinic, Rochester, Minnesota
and Life Science Instruments, Miles Laboratories, Inc
Elkhart, Indiana
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Address reprint requests to F. J. Service, Division of Endocrinology and Metabolism, Mayo Clinic, 200 First Street S. W., Rochester, Minnesota 55901.
Citation
F J Service, R A Rizza, R E Westland, L D Hall, R L Nelson, M W Haymond, A H Clemens, J E Gerich; Considerations for the Programming of an Open-Loop Insulin Infusion Device from the Biostator Glucose Controller. Diabetes Care 1 March 1980; 3 (2): 278–284. https://doi.org/10.2337/diacare.3.2.278
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