Medtronic Minimed 670G 3.0 HCL
DeviceHybrid closed loop system
NCT Number: NCT04269668
Closed-loop systems are becoming an integral part of diabetes management. These systems were uniformly proven to improve glycemic control, reduce hyperglycemia and hypoglycemia while modestly reducing HbA1c levels and improving quality of life. While overnight control is close to optimal under closed loop control, postprandial hyperglycemia during daytime remains a challenge. The advanced hybrid closed loop system was designed with an improved auto-basal control and additional auto-bolus module that delivers correction boluses automatically. In addition, this system was developed to improve user experience by significantly reducing the amount of alarms and exits from Auto Mode. Therefore, this system might have an advance in treating hyperglycemia over the hybrid closed loop that controls glucose levels by modulation of insulin basal rate only. Therefore, we propose the current study that will compare 6 weeks glycemic control using hybrid closed loop versus advanced hybrid closed loop that add correction boluses among young children and adolescents.
The objective of this study is to evaluate and compare the safety and efficacy of 6 weeks glucose control using Hybrid Closed Loop (HCL-670G) compared to Advanced Hybrid Closed Loop System (AHCL- 670G) in young subjects with sub-optimally controlled type 1 diabetes. A total of 28 subjects (age 7-14 years) will be enrolled at two investigational centers.
At the end of the cross-over study participants will be offered with an extension period, during which they will be offered to use their preferred closed-loop system for another 3 months
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Notify Me7 year–14 year
All sexes
Interventional
Not applicable
Diabetes -Zentrum fuer kinder und jugendliche, Hanover, Germany
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
Hybrid closed loop system
Advanced hybrid closed loop system
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 week for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover
Time frame: 6 weeks for each arm of the crossover
Time frame: 6 weeks for each arm of the crossover
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
Time frame: 6 weeks for each arm of the crossover, day 90 of the extension period
The INSPIRE questionnaire measures Insulin delivery System's Perceptions, Ideas, Reflections and Expectations
Rabin Medical Center
Other
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