Omnipod Horizon™ Automated Glucose Control System
DeviceThe Omnipod Horizon™ Automated Glucose Control System will provide automated insulin delivery
NCT Number: NCT04196140
Subjects will undergo a 14-day outpatient, standard therapy phase during which sensor and insulin data will be collected. This will be followed by a 94-day (13-week) hybrid closed-loop phase conducted in an outpatient setting and an optional 12-month extension phase.
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Notify Me6 year–70 year
All sexes
Interventional
Not applicable
Stanford University, Palo Alto, California, United States
The study schedule will consist of a standard therapy data collection phase followed by a hybrid closed-loop phase.
Subjects will undergo a 14-day outpatient, standard therapy phase (Phase 1 or ST) during which sensor and insulin data will be collected. Subjects, or their caregivers, will manage their diabetes at home per their usual routine using the study continuous glucose monitoring system (CGM) and remain on current multiple daily injections (MDI) or pump therapy. This will be followed by a 94-day (13-week) hybrid closed-loop phase (Phase 2), conducted in an outpatient setting where subjects, or their caregivers, will manage their diabetes at home using the Omnipod Horizon™ Automated Glucose Control System. After completing the 94-day hybrid closed-loop phase, subjects will have the option to continue using the system for an additional 12 months (Phase 3).
During the hybrid closed-loop phase, there will be supervised exercise challenges. A subset of subjects will participate in 5-days of supervised Meal and Exercise challenges. A subset of subjects will participate in 3-days of supervised HypoProtect Exercise challenges where comparisons were made between exercising in Automated Mode vs initiating HypoProtect 60 minutes prior to exercise vs initiating HypoProtect 30 minutes prior to exercise.
The hybrid closed-loop phase will begin on Study Day 1.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
The Omnipod Horizon™ Automated Glucose Control System will provide automated insulin delivery
Time frame: Phase 2 hybrid closed-loop (94 days)
Measure of serious device-related adverse events
Time frame: Phase 2 hybrid closed-loop (94 days)
Measure of serious device-related adverse events
Time frame: 6 weeks continuous Phase 2 participation compared to baseline
Measures device effectiveness
Time frame: Phase 2 hybrid closed-loop (94 days) compared to Phase 1 standard therapy (14 days)
Measures device effectiveness
Time frame: Phase 2 hybrid closed-loop (94 days) compared to Phase 1 standard therapy (14 days)
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) compared to Phase 1 standard therapy (14 days)
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: at least 6 weeks and at least 8 weeks of continuous Phase 2 participation, end of Phase 2 (94 days), 6 months (180 days) and end of Phase 3 (270 days)
Measures device effectiveness
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)-measured glucose variability with the standard deviation (SD)
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to Phase 1 standard therapy (14 days) during the day, overnight, and overall
Glucose metric from study continuous glucose monitoring system (CGM)- measured glucose variability with the coefficient of variation (CV). Calculated by dividing the standard deviation of CGM values by the mean CGM values in the observation period.
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 (270 days)
Measure of system usage
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Glucose Management Indicator (%) approximates the laboratory hemoglobin A1c (%) expected based on average glucose readings from continuous glucose monitors from the last 14 days or more. Percent GMI provides information to a person with diabetes with how well their glucose is controlled over an extended period of time. A low value is more desirable than a high value, with a value of <7% being ideal for most people with diabetes. The calculation for GMI is as follows: GMI (%) = 3.31 + 0.02392 x (mean glucose reading in mg/dL from the last 14 days or more).
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to the Phase 1 standard therapy (14 days)
Measure of insulin requirements
Time frame: Phase 2 hybrid closed-loop (94 days) and Phase 3 hybrid closed-loop (270 days) compared to baseline
Measure of change in weight
Time frame: HypoProtect compared to standard Omnipod 5 system use (3-day exercise challenge)
Measure of device safety
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Number of hypoglycemic events less than 70mg/dL which was confirmed with a blood glucose reading.
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Measure of device effectiveness
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Measure of device effectiveness
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Measure of device effectiveness
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Measure of device effectiveness
Time frame: HypoProtect compared to Automated Mode (3-day exercise challenge)
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Glucose metric from study continuous glucose monitoring system (CGM)
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Measure of device effectiveness
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Glucose metric from study continuous glucose monitoring system (CGM)-measured glucose variability with the standard deviation (SD)
Time frame: Automated Mode compared to HypoProtect use during 70-minute exercise session and at 4-, 12-, and 24-hours post-exercise
Glucose metric from study continuous glucose monitoring system (CGM)-measured glucose variability with the coefficient of variation (CV). Calculated by dividing the standard deviation of CGM values by the mean CGM values in the observation period.
Insulet Corporation
Industry
Evaluating the Safety and Effectiveness of the Omnipod Horizon™ Automated Glucose Control System in Patients With Type 1 Diabetes
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View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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