MGH Diabetes Research Center
Boston, Massachusetts, 02114, United States
NCT Number: NCT02969863
To conduct an outpatient study testing two configurations of the bionic pancreas (bi-hormonal and insulin-only) with and without remote monitoring of hypoglycemia in 25 adult (≥ 18 years of age) subjects with type 1 diabetes in a random-order crossover study versus usual care with an insulin pump with and without remote monitoring of hypoglycemia.
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Notify Me18 year and older
All sexes
Interventional
Not applicable
Boston, Massachusetts, 02114, United States
The rationale for this study is to measure the safety of eliminating the glycemic monitoring that the investigators have done in all of the previous outpatient studies under both insulin only and bihormonal bionic pancreas control. The investigators are planning to transition the outpatient studies to an integrated bionic pancreas, the iLet, in the near future. The intended use of this device does not include remote monitoring, which would not be feasible on a commercial scale. Therefore, in this trial the investigators will test the effects on hypoglycemia of eliminating blood glucose related monitoring. In addition, the investigators will perform a pilot trial testing the effects of the bionic pancreas on food intake, exercise, weight and body composition. The primary purpose of this pilot is to assess the feasibility of performing these measurements in the context of a larger trial and to collect data that can be used to power sub-studies of pivotal trials looking at these outcomes. Finally, the investigators will test the accuracy of two new CGM devices to see if they have sufficient accuracy to provide glucose data to the bionic pancreas. If so, this would provide new options for users who may have difficulties with the only currently validated CGM for this purpose, the Dexcom G4 AP / G5 platform.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
Acceptable contraception methods include: Oral contraceptive pill (OCP), Intrauterine Device (IUD, hormonal or copper), Male condoms, Female condoms, Diaphragm or cervical cap with spermicide, Contraceptive patch (such as OrthoEvra), Contraceptive implant (such as Implanon, Nexplanon), Vaginal ring (such as NuvaRing), Progestin shot (such as Depo-Provera), Male partner with a vasectomy proven to be effective by semen analysis
Participants will wear a Bionic Pancreas that uses glucagon and insulin (bihormonal) to automate their glucose control based on continuous glucose monitor readings.
Participants will wear a Bionic Pancreas that uses just insulin (insulin-only) to automate their glucose control based on continuous glucose monitor readings.
During half of the study arms (one each bihormonal bionic pancreas, insulin-only bionic pancreas and usual care) the subjects will be remotely monitored for device connectivity and hypoglycemia, and will be notified by study staff any time their continuous glucose monitor reads less than 50 mg/dl for 15 mintues.
During half of the study arms (one each bihormonal bionic pancreas, insulin-only bionic pancreas and usual care) the subjects will be remotely monitored for device connectivity only, not hypoglycemia.
Time frame: days 2-7
A measure of hypoglycemia capturing amount of time the continuous glucose monitor is reading less than 60 mg/dl
Massachusetts General Hospital
Other
The Monitoring Study: Evaluating the Effect of Remote Monitoring For Hypoglycemia on Bionic Pancreas Safety and Efficacy
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