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A new approach to improving the control of type 1 diabetes / Ruaan Pelzer.Pelzer, Ruaan January 2006 (has links)
Blood glucose management in Type 1 diabetes is crucial in preventing several diabetic complications. Blood glucose management is a complex task requiring diabetics too carefully
administer the correct dosages of insulin by taking their blood glucose levels, food
consumption, exercise, stress, illnesses and several other factors into account. Improved bolus calculation greatly aids in controlling blood glucose levels within a tight range. This study investigates how the ets-concept (Equivalent Teaspoons Sugar-concept) can be used to develop products to calculate insulin boluses. A cellular phone based software application was developed to calculate insulin boluses using the ets-concept. This product was tested in a clinical trial. A blood glucose characterization procedure was also developed to characterize the blood glucose response of a Type 1 diabetic to carbohydrate ingestion and insulin administration. The characterization procedure was used during the clinical trial to characterize patients in order to customize the bolus calculation products for the specific diabetic user. / Thesis (Ph.D. (Mechanical Engineering)--North-West University, Potchefstroom Campus, 2006
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A novel blood glucose characterisation system for type 1 diabetes / Johan Albert van der WesthuizenVan der Westhuizen, Johan Albert January 2008 (has links)
The correct administration of insulin is a constant challenge for type 1 diabetics. The
correct insulin regime leads to fewer complications and an easier way of life. The
amount of insulin administered must take into account the meals eaten, previous
administered insulin, exercise etc.
A rapid process for determining insulin regimes that is accessible to type 1 diabetics
will greatly reduce diabetic complications later in life. This study researches such a
process. Software is developed to use the ets-concept to simulate blood glucose
levels. From these simulations blood glucose characterisation can be done to propose
insulin regimes.
Data gathered in previous studies is used to verify the results of this process. These
results are compared to factors that describe the accuracy of a person's blood glucose
control. The effects the new regimes will have are used to make recommendations to
the end-user.
Accurate characterisation leads to insulin regImes that will Improve the control
performance of type 1 diabetes. / Thesis (M.Ing. (Electronical Engineering)--North-West University, Potchefstroom Campus, 2008.
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A new approach to improving the control of type 1 diabetes / Ruaan Pelzer.Pelzer, Ruaan January 2006 (has links)
Blood glucose management in Type 1 diabetes is crucial in preventing several diabetic complications. Blood glucose management is a complex task requiring diabetics too carefully
administer the correct dosages of insulin by taking their blood glucose levels, food
consumption, exercise, stress, illnesses and several other factors into account. Improved bolus calculation greatly aids in controlling blood glucose levels within a tight range. This study investigates how the ets-concept (Equivalent Teaspoons Sugar-concept) can be used to develop products to calculate insulin boluses. A cellular phone based software application was developed to calculate insulin boluses using the ets-concept. This product was tested in a clinical trial. A blood glucose characterization procedure was also developed to characterize the blood glucose response of a Type 1 diabetic to carbohydrate ingestion and insulin administration. The characterization procedure was used during the clinical trial to characterize patients in order to customize the bolus calculation products for the specific diabetic user. / Thesis (Ph.D. (Mechanical Engineering)--North-West University, Potchefstroom Campus, 2006
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A novel blood glucose characterisation system for type 1 diabetes / Johan Albert van der WesthuizenVan der Westhuizen, Johan Albert January 2008 (has links)
The correct administration of insulin is a constant challenge for type 1 diabetics. The
correct insulin regime leads to fewer complications and an easier way of life. The
amount of insulin administered must take into account the meals eaten, previous
administered insulin, exercise etc.
A rapid process for determining insulin regimes that is accessible to type 1 diabetics
will greatly reduce diabetic complications later in life. This study researches such a
process. Software is developed to use the ets-concept to simulate blood glucose
levels. From these simulations blood glucose characterisation can be done to propose
insulin regimes.
Data gathered in previous studies is used to verify the results of this process. These
results are compared to factors that describe the accuracy of a person's blood glucose
control. The effects the new regimes will have are used to make recommendations to
the end-user.
Accurate characterisation leads to insulin regImes that will Improve the control
performance of type 1 diabetes. / Thesis (M.Ing. (Electronical Engineering)--North-West University, Potchefstroom Campus, 2008.
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