The purpose of this study is to assess success/failure of the MiniMed Fit Payload adhesive components in different wear locations over a 7-day period to support development of the future commercialized patch pump.
Study Type
OBSERVATIONAL
Enrollment
175
The MiniMed Fit Payload device used in this study will be made of polycarbonate materials, will not contain any electronic or mechanical components, and is intended to mimic the shape and weight of a future product. Each device will consist of the payload assembly and an adhesive patch, which will be adhered to the payload on one side and the subject's skin on the other.
ProSciento
Chula Vista, California, United States
RECRUITINGHeadlands Research California LLC
Escondido, California, United States
RECRUITINGNYC Research Inc
Long Island City, New York, United States
RECRUITINGThe MiniMed Fit Payload success rate at the end of Day 5.
The number of MiniMed Fit Payload that meet the success criteria divided by the total number of MiniMed Fit Payload devices applied at the end of Day 5.
Time frame: 5 Days
The MiniMed Fit Payload success rate at the end of Day 7.
The number of MiniMed Fit Payload that meet the success criteria divided by the total number of MiniMed Fit Payload devices applied at the end of Day 7.
Time frame: 7 Days
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Rainer Clinical Research Center
Renton, Washington, United States
RECRUITING