Search Results - seyed+(navid)+resalat

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Adaptive exercise-enabled proportional-derivative artificial pancreas control algorithm

Summary The current technology 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...

Published: 9/30/2022 | 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

Summary Artificial pancreas devices help maintain healthy glucose levels in patients with type 1 diabetes (T1D), but incidences of hypoglycemia are still common after episodes of eating, sleeping and exercise. Oregon Health & Science University researchers have developed an algorithm that features adaptive responses to these factors as well as...

Published: 12/5/2023 | 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

Summary A method for in silico validation and development of devices and algorithms for glucose management, such as insulin pumps. Technology Overview 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....

Published: 9/27/2023 | Inventor(s): Peter Jacobs, Joseph El Youssef, Seyed (Navid) Resalat

Keywords(s): Research Tools - Other, Software

Category(s): Education & Training, Software