Faculty

Institution

Unit

Venue

Joseph El Youssef

Oregon Health & Science University

Affiliations

Department Of Artificial Intelligence For Medical Systems

NoneJoseph El Youssef is currently serving as a Artificial Intelligence For Medical Systems faculty at Oregon Health & Science University.

Honors

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Experiences

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Education

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Joseph El Youssef

Oregon Health & Science University

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diabetes health sciences diabetes management diabetes care diabetes technology physiology diabetes therapies pharmacology endocrinology artificial pancreas medicine diabetes research insulin management diabetic medicine diabetes mellitus blood glucose monitoring exercise physiology insulin signaling metabolism insulin delivery health informatics obesity sensors artificial intelligence physiological measurements respiratory medicine disease management metabolic regulation glycemic control type 1 symptom management digital medicine automatic control health technology biomedical informatics cell metabolism molecular physiology applied physiology treatment and prevention medical decision making medical decision analysis accelerometers exercise science model predictive control endocrine research heart rate resistance exercise aerobic exercise clinical nutrition activity recognition automated decision-making pancreatic fluid collection patient monitoring biomedical modeling chronic disease management health data diabetes epidemiology hypoxia (medicine) wearable biosensors bioinstrumentation cohort studies glucocorticoids continuous monitoring adaptive control health monitoring closed-loop system novel use evaluation study wrist-worn activity monitors structured exercise dual-hormone closed-loop systems dual-hormone artificial pancreas sensor-augmented pump therapy exercise detection dual-sensor artificial pancreas automated control

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and in Silico Evaluation of an Exercise Decision Support System Using Digital Twin Models. Journal of Diabetes Science and Technology (2024)

Gavin YoungRobert DodierJoseph El YoussefJessica R. CastleLeah WilsonMichael C. RiddellPeter G. Jacobs

diabetes technologydiabeteskinesiologydiabetes managementdigital twin modelsfeedback loopdiabetes mellitus

Enabling Fully Automated Insulin Delivery Through Meal Detection and Size Estimation Using Artificial Intelligence. npj Digital Medicine (2023)

Clara Mosquera-LopezLeah M. WilsonJoseph El YoussefWade HiltsJoseph LeitschuhDeborah BraniganVirginia GaboJae H. EomJessica R. CastlePeter G. Jacobs

size estimationmedicineinsulin deliveryartificial intelligencedigital medicinemeal detection

Integrating Metabolic Expenditure Information From Wearable Fitness Sensors Into an AI-Augmented Automated Insulin Delivery System: A Randomised Clinical Trial. The Lancet Digital Health (2023)

Peter G JacobsNavid ResalatWade HiltsGavin M YoungJoseph LeitschuhJoseph PinsonaultJoseph El YoussefDeborah BraniganVirginia GaboJae EomKatrina RamseyRobert DodierClara Mosquera-LopezLeah M WilsonJessica R Castle

wearable technologydiabeteswearable fitness sensorshealth monitoringdigital healthmetabolic expenditure informationehealthinsulin deliveryrandomised clinical trialconnected healthartificial intelligenceexercise physiologyhealth sciencesintermittently connected devicehealth technologyphysiologysystems engineeringbiomedical informaticsexperimental medicine

Quantifying Insulin-Mediated and Noninsulin-Mediated Changes in Glucose Dynamics During Resistance Exercise in Type 1 Diabetes. American Journal of Physiology-Endocrinology and Metabolism (2023)

Gavin M. YoungPeter G. JacobsNichole S. TylerThanh-Tin P. NguyenJessica R. CastleLeah M. WilsonDeborah BraniganVirginia GaboFlorian H. GuillotMichael C. RiddellJoseph El Youssef

diabetesphysiological regulationglucose dynamicsmetabolismliver physiologynoninsulin-mediated changesmetabolic regulationendocrinologyexercise physiologycomparative endocrinologymembrane biologyhealth sciencescell metabolisminsulin signalingmolecular metabolismmolecular physiologyresistance exerciseendocrine researchphysiologyimmunologyapplied physiology

Assessment of a Decision Support System for Adults With Type 1 Diabetes on Multiple Daily Insulin Injections. Diabetes Technology & Therapeutics (2022)

diabetes technologymedicinediabetes therapiespharmacologydiabetesdiabetes caremedical decision makingclinical decision support systemsdiabetes managementdecision support systemmedical decision analysisdiabetic medicineinsulin managementhealth technology

Quantifying the Impact of Physical Activity on Future Glucose Trends Using Machine Learning. iScience (2022)

Nichole S. TylerClara Mosquera-LopezGavin M. YoungJoseph El YoussefJessica R. CastlePeter G. Jacobs

diabetesepidemiologyphysical activitybiostatisticsdata sciencemachine learningfuture glucose trends

993-P: Comparison of Artificial-Intelligence Decision Support for Multiple Daily Injection Therapy With Automated Insulin Delivery After 3 Months of Use in Silico. Diabetes (2020)

Nichole S. TylerWade HiltsClara M. Mosquera-LopezLeah M. WilsonRobert DodierJoseph El YoussefJessica R. CastlePeter G. Jacobs

medicinediabetes therapiesdiabetesinsulin deliveryautomated insulin deliveryartificial intelligenceartificial-intelligence decision supportmachine learning

Accuracy of the Dexcom G6 Glucose Sensor During Aerobic, Resistance, and Interval Exercise in Adults With Type 1 Diabetes. Biosensors (2020)

Florian H. GuillotPeter G. JacobsLeah M. WilsonJoseph El YoussefVirginia B. GaboDeborah L. BraniganNichole S. TylerKatrina RamseyMichael C. RiddellJessica R. Castle

physiologybiosensorsdiabetesexercise physiologywearable biosensorssensorsphysiological measurementsrespiratory medicineblood glucose monitoringinterval exercisebioinstrumentationinstrumentation

An Artificial Intelligence Decision Support System for the Management of Type 1 Diabetes. Nature Metabolism (2020)

Nichole S. TylerClara M. Mosquera-LopezLeah M. WilsonRobert H. DodierDeborah L. BraniganVirginia B. GaboFlorian H. GuillotWade W. HiltsJoseph El YoussefJessica R. CastlePeter G. Jacobs

systems engineeringdiabetes therapiesdiabetesmedical decision makingautomated decision-makingsymptom managementdiabetes managementartificial intelligencehealth informaticsdisease managementintelligent systemsmedical decision analysiscomputer sciencehealth policy

Dual-Hormone Closed Loop System Using a Liquid Stable Glucagon Formulation Versus Insulin-Only Closed Loop System Compared to a Predictive Low Glucose Suspend System: An Open Label, Outpatient, Single Center, Crossover, Randomized Control Trial. (2020)

diabetes technologymedicinediabetes carediabetesdiabetes managementclinical trialsblood glucose monitoringartificial pancreashealth sciences

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Joseph El Youssef

Oregon Health & Science University

Affiliations

Department Of Artificial Intelligence For Medical Systems

NoneJoseph El Youssef is currently serving as a Artificial Intelligence For Medical Systems faculty at Oregon Health & Science University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joseph El Youssef

Oregon Health & Science University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and in Silico Evaluation of an Exercise Decision Support System Using Digital Twin Models. Journal of Diabetes Science and Technology (2024)

Gavin YoungRobert DodierJoseph El YoussefJessica R. CastleLeah WilsonMichael C. RiddellPeter G. Jacobs

diabetes technologydiabeteskinesiologydiabetes managementdigital twin modelsfeedback loopdiabetes mellitus

Enabling Fully Automated Insulin Delivery Through Meal Detection and Size Estimation Using Artificial Intelligence. npj Digital Medicine (2023)

Clara Mosquera-LopezLeah M. WilsonJoseph El YoussefWade HiltsJoseph LeitschuhDeborah BraniganVirginia GaboJae H. EomJessica R. CastlePeter G. Jacobs

size estimationmedicineinsulin deliveryartificial intelligencedigital medicinemeal detection

Integrating Metabolic Expenditure Information From Wearable Fitness Sensors Into an AI-Augmented Automated Insulin Delivery System: A Randomised Clinical Trial. The Lancet Digital Health (2023)

Quantifying Insulin-Mediated and Noninsulin-Mediated Changes in Glucose Dynamics During Resistance Exercise in Type 1 Diabetes. American Journal of Physiology-Endocrinology and Metabolism (2023)

Gavin M. YoungPeter G. JacobsNichole S. TylerThanh-Tin P. NguyenJessica R. CastleLeah M. WilsonDeborah BraniganVirginia GaboFlorian H. GuillotMichael C. RiddellJoseph El Youssef

Assessment of a Decision Support System for Adults With Type 1 Diabetes on Multiple Daily Insulin Injections. Diabetes Technology & Therapeutics (2022)

Quantifying the Impact of Physical Activity on Future Glucose Trends Using Machine Learning. iScience (2022)

Nichole S. TylerClara Mosquera-LopezGavin M. YoungJoseph El YoussefJessica R. CastlePeter G. Jacobs

diabetesepidemiologyphysical activitybiostatisticsdata sciencemachine learningfuture glucose trends

993-P: Comparison of Artificial-Intelligence Decision Support for Multiple Daily Injection Therapy With Automated Insulin Delivery After 3 Months of Use in Silico. Diabetes (2020)

Nichole S. TylerWade HiltsClara M. Mosquera-LopezLeah M. WilsonRobert DodierJoseph El YoussefJessica R. CastlePeter G. Jacobs

medicinediabetes therapiesdiabetesinsulin deliveryautomated insulin deliveryartificial intelligenceartificial-intelligence decision supportmachine learning

Accuracy of the Dexcom G6 Glucose Sensor During Aerobic, Resistance, and Interval Exercise in Adults With Type 1 Diabetes. Biosensors (2020)

Florian H. GuillotPeter G. JacobsLeah M. WilsonJoseph El YoussefVirginia B. GaboDeborah L. BraniganNichole S. TylerKatrina RamseyMichael C. RiddellJessica R. Castle

physiologybiosensorsdiabetesexercise physiologywearable biosensorssensorsphysiological measurementsrespiratory medicineblood glucose monitoringinterval exercisebioinstrumentationinstrumentation

An Artificial Intelligence Decision Support System for the Management of Type 1 Diabetes. Nature Metabolism (2020)

Nichole S. TylerClara M. Mosquera-LopezLeah M. WilsonRobert H. DodierDeborah L. BraniganVirginia B. GaboFlorian H. GuillotWade W. HiltsJoseph El YoussefJessica R. CastlePeter G. Jacobs

diabetes technologymedicinediabetes carediabetesdiabetes managementclinical trialsblood glucose monitoringartificial pancreashealth sciences

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