Preservation of Pancreatic Beta Cell Function Through Insulin Pump Therapy
Overview[ - collapse ][ - ]
Purpose | Type I diabetes (T1DM) is the second most common chronic illness effecting children in the USA. Worldwide, Type I diabetes is increasing in incidence, and its underlying etiology remains elusive. Nevertheless, recent data supports the notion that early and intensive management of Type I diabetes can 1) decrease long-term complications of diabetes; and 2) may significantly improve beta cell function and insulin secretion over ensuing years. To this end, we propose using insulin pump therapy to preserve and/or enhance residual endogenous B-cell secretory capacity among patients with newly diagnosed Type 1 DM. Furthermore, we anticipate that early use of an insulin pump will improve glycemic control beyond that achieved with standard multiple daily injection (MDI) therapy, and will be well-tolerated by the patient. These data will provide important pilot information to explore the potential role of intensive insulin pump therapy in the treatment of children newly diagnosed with Type I diabetes. The specific aim of this study is to test the following hypothesis: Early use of insulin pump therapy is effective in preserving or enhancing residual endogenous pancreatic B-cell secretory capacity among patients with newly diagnosed T1DM: Moreover, early use of an insulin pump will improve glycemic control beyond that achieved with standard multiple injection therapy, and will be well-tolerated by the patient. |
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Condition | Diabetes Mellitus |
Intervention | Drug: MDI (split-mix NPH insulin + regular insulin or Lantus + Novolog® [or Humalog®]) Device: CSII (Animas Corporation insulin pump, model IR 1200) |
Phase | N/A |
Sponsor | Arkansas Children's Hospital Research Institute |
Responsible Party | Arkansas Children's Hospital Research Institute |
ClinicalTrials.gov Identifier | NCT00574405 |
First Received | December 12, 2007 |
Last Updated | November 23, 2011 |
Last verified | November 2011 |
Tracking Information[ + expand ][ + ]
First Received Date | December 12, 2007 |
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Last Updated Date | November 23, 2011 |
Start Date | April 2005 |
Estimated Primary Completion Date | March 2011 |
Current Primary Outcome Measures | Change in Mixed-meal-stimulated Peak C-peptide Value (Via Mixed-meal Tolerance Test) After 12 Months of Insulin Pump Therapy, Compared With MDI. [Time Frame: 12 months] [Designated as safety issue: No] |
Current Secondary Outcome Measures |
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Descriptive Information[ + expand ][ + ]
Brief Title | Preservation of Pancreatic Beta Cell Function Through Insulin Pump Therapy |
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Official Title | Preservation of Pancreatic Beta Cell Function Through Insulin Pump Therapy |
Brief Summary | Type I diabetes (T1DM) is the second most common chronic illness effecting children in the USA. Worldwide, Type I diabetes is increasing in incidence, and its underlying etiology remains elusive. Nevertheless, recent data supports the notion that early and intensive management of Type I diabetes can 1) decrease long-term complications of diabetes; and 2) may significantly improve beta cell function and insulin secretion over ensuing years. To this end, we propose using insulin pump therapy to preserve and/or enhance residual endogenous B-cell secretory capacity among patients with newly diagnosed Type 1 DM. Furthermore, we anticipate that early use of an insulin pump will improve glycemic control beyond that achieved with standard multiple daily injection (MDI) therapy, and will be well-tolerated by the patient. These data will provide important pilot information to explore the potential role of intensive insulin pump therapy in the treatment of children newly diagnosed with Type I diabetes. The specific aim of this study is to test the following hypothesis: Early use of insulin pump therapy is effective in preserving or enhancing residual endogenous pancreatic B-cell secretory capacity among patients with newly diagnosed T1DM: Moreover, early use of an insulin pump will improve glycemic control beyond that achieved with standard multiple injection therapy, and will be well-tolerated by the patient. |
Detailed Description | Not Provided |
Study Type | Interventional |
Study Phase | N/A |
Study Design | Allocation: Randomized, Endpoint Classification: Efficacy Study, Intervention Model: Parallel Assignment, Masking: Open Label, Primary Purpose: Treatment |
Condition | Diabetes Mellitus |
Intervention | Drug: MDI (split-mix NPH insulin + regular insulin or Lantus + Novolog® [or Humalog®]) MDI = 3-4+ insulin injections/day, using NPH + regular insulin or Lantus + insulin lispro; 12 month treatment duration. Other Names: Novolog® or Humalog®Device: CSII (Animas Corporation insulin pump, model IR 1200) CSII (insulin pump), using Animas Corporation insulin pump, model IR 1200. Other Names: Animas Corporation insulin pump, model IR 1200 |
Study Arm (s) |
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Recruitment Information[ + expand ][ + ]
Recruitment Status | Completed |
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Estimated Enrollment | 24 |
Estimated Completion Date | March 2011 |
Estimated Primary Completion Date | March 2010 |
Eligibility Criteria | Inclusion Criteria: - Medical history and clinical presentation consistent with the diagnosis of Type 1 DM. - Age: 8-18 years Exclusion Criteria: - Clinical presentation consistent with Type 2 DM. - History of other chronic systemic inflammatory or autoimmune disease or other severe medical conditions. - Concurrent pregnancy. - Participation in other research protocols or use of other investigational agents within 30 days of enrollment. |
Gender | Both |
Ages | 8 Years |
Accepts Healthy Volunteers | No |
Contacts | Not Provided |
Location Countries | United States |
Administrative Information[ + expand ][ + ]
NCT Number | NCT00574405 |
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Other Study ID Numbers | 29256 |
Has Data Monitoring Committee | No |
Information Provided By | Arkansas Children's Hospital Research Institute |
Study Sponsor | Arkansas Children's Hospital Research Institute |
Collaborators | Not Provided |
Investigators | Principal Investigator: Kathryn M Thrailkill, MD Arkansas Children's Hospital Research Institute |
Verification Date | November 2011 |
Locations[ + expand ][ + ]
Arkansas Children's Hospital/Research Institute | Little Rock, Arkansas, United States, 72202 |
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