Search Results - seyed (navid) resalat

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Adaptive Exercise-Enabled Proportional-Derivative Artificial Pancreas Control Algorithm
This is an adaptive proportional-derivative (APD) control algorithm that provides automated delivery amounts of insulin and optionally glucagon to a person with type 1 diabetes using continuous glucose measurements (CGM) sensed from the person’s subcutaneous tissue. The APD algorithm includes a safety layer decision tree to prevent dosing of...
Published: 8/13/2020   |   Inventor(s): Peter Jacobs, Joseph Leitschuh, Jessica Castle, Joseph El Youssef, Seyed (Navid) Resalat, Ravi Reddy
Keywords(s): Software, Therapeutics
Category(s): Software, Therapeutics
Adaptive Exercise-Enabled Model-Predictive-Control Artificial Pancreas Control Algorithm
This is a model-predictive control (MPC) algorithm that provides automated delivery amounts of insulin and, optionally, glucagon to a person with type 1 diabetes using continuous glucose measurements (CGM) sensed from the person’s subcutaneous tissue. Dosing insulin after meals can be challenging and can lead to hyperglycemia or late-term hypoglycemia...
Published: 8/13/2020   |   Inventor(s): Peter Jacobs, Joseph Leitschuh, Jessica Castle, Joseph El Youssef, Seyed (Navid) Resalat, Ravi Reddy
Keywords(s): Software, Therapeutics
Category(s): Software, Therapeutics
Virtual Patient Population for Mathematical Representation of Glucose Metabolism in Type 1 Diabetes
This is a mathematical model of the glucoregulatory system. It is comprised of a set of differential equations that represent compartments in the human body through which glucose is metabolized. The inputs to the model are carbohydrates, exercise, insulin, and glucagon. The output of the model is plasma glucose. From this, a person’s plasma...
Published: 11/27/2018   |   Inventor(s): Peter Jacobs, Joseph El Youssef, Seyed (Navid) Resalat
Keywords(s): Research Tools - Other, Software
Category(s): Education & Training, Software
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