Anticipating and intervening in nocturnal hypoglycemic episodes
OwnerClara M. MOSQUERA-LOPEZ, Peter G. JACOBS +1inventors
InventorsClara M. MOSQUERA-LOPEZ, Peter G. JACOBS, Leah WILSON
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OwnerClara M. MOSQUERA-LOPEZ, Peter G. JACOBS +1inventors
InventorsClara M. MOSQUERA-LOPEZ, Peter G. JACOBS, Leah WILSON
Estimating the term…
A computer-implemented method and system reduce the likelihood of nocturnal hypoglycemia by predicting overnight glucose level and providing personalized recommendations. Glucose-derived features from continuous glucose monitor (CGM) data, physical-activity features, and demographic features are extracted and input into a neural network configured to output parameters of a probability distribution representing a predicted minimum overnight glucose value and an associated predictive uncertainty. Based on the network output, a probability that the glucose level will fall below a specified hypoglycemic level within an upcoming sleep period is computed and compared to a risk threshold. When the probability meets or exceeds the risk threshold, a mobile computing device displays a personalized bedtime snack recommendation selected to mitigate the predicted hypoglycemia event. The approach integrates physiological data, individualized modeling, and decision support to provide actionable guidance for avoiding nocturnal hypoglycemia.
A computer-implemented method for reducing likelihood of a person experiencing nocturnal hypoglycemia, the method comprising:
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