Phase 4 · Exenatide

NCT02104739 trial results

Comparative Effects of Antidiabetic Medications on Postprandial Hyperlipidemia, Free Fatty Acid Signaling, and Endothelial Dysfunction in Individuals With Prediabetes

Monocyte NfkB Levels as Detected by Western Blotting (NfkB p65 arbitrary units), baseline. Exenatide: 62.79; Saxagliptin: 72.03; Placebo: 67.68; Exenatide Extended-release (ER): 84.19.

Participants
21
Status
completed
Completed
2017-03
Sponsor
The University of Texas Health Science Center, Houston

As posted on ClinicalTrials.gov (NCT02104739), updated at source Jul 3, 2018. Read again whenever the registry updates it. Registry figures can differ from a published paper, which may use another analysis.

Primary outcome

What NCT02104739 measured first

Monocyte NfkB Levels as Detected by Western BlottingNfkB p65 arbitrary units · baseline · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
62.79(4.05)72.03(6.38)67.68(6.38)84.19(6.45)
Monocyte NfkB Levels as Detected by Western BlottingNfkB p65 arbitrary units · 2 hours after ingestion of meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
67.39(6.44)68.39(5.82)71.37(5.82)93.47(5.69)
Secondary outcomes

What else it measured

Triglyceridesmilligrams per deciliter · baseline · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
108(11)101(11)102(14)106(14)
Triglyceridesmilligrams per deciliter · 2 hours after ingestion of meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
119(13)130(16)163(19)168(26)
Triglyceridesmilligrams per deciliter · 4 hours after ingestion of meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=0
124(12)153(24)206(24)not reported
Triglyceridesmilligrams per deciliter · 6 hours after ingestion of meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=0
161(24)179(27)200(22)not reported
Free Fatty Acidsmillimoles per liter · baseline · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
0.45(0.04)0.49(0.05)0.51(0.04)0.65(0.05)
Free Fatty Acidsmillimoles per liter · 2 hours after meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=7
0.35(0.05)0.18(0.02)0.17(0.01)0.19(0.05)
Free Fatty Acidsmillimoles per liter · 4 hours after meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=0
0.43(0.06)0.24(0.02)0.23(0.02)not reported
Free Fatty Acidsmillimoles per liter · 6 hours after meal · mean
Exenatiden=16Saxagliptinn=16Placebon=16Exenatide Extended-release (ER)n=0
0.29(0.06)0.31(0.02)0.33(0.05)not reported
Peak Forearm Blood FlowmL per minute per 100mL of tissue · baseline · mean
Exenatiden=15Saxagliptinn=15Placebon=15Exenatide Extended-release (ER)n=7
12.65(1.17)12.79(1.47)12.18(1.17)16.18(1.25)
Peak Forearm Blood FlowmL per minute per 100mL of tissue · 3 hours after meal · mean
Exenatiden=15Saxagliptinn=15Placebon=15Exenatide Extended-release (ER)n=7
13.18(1.21)13.25(1.04)15.11(1.29)16.54(2.23)
Peak Forearm Blood FlowmL per minute per 100mL of tissue · 6 hours after meal · mean
Exenatiden=15Saxagliptinn=15Placebon=15Exenatide Extended-release (ER)n=0
14.25(1.09)15.87(1.81)13.45(0.68)not reported
The trial

How NCT02104739 was run

This project addresses cardiovascular disease risk in patients with prediabetes. Levels of lipids after eating a meal ("postprandial lipids") are strong independent predictors of cardiovascular risk. Newer anti-diabetic agents - exenatide and saxagliptin - impact lipid metabolism. These medications will be studied for their effect in reducing both postprandial lipid levels and arterial dysfunction.

  • Exenatide, then Saxagliptin, then Placebo: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Exenatide, then Placebo, then Saxagliptin: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Saxagliptin, then Exenatide, then Placebo: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Saxagliptin, then Placebo, then Exenatide: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Placebo, then Exenatide, then Saxagliptin: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Placebo, then Saxagliptin, then Exenatide: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablets and Placebo (normal saline) injections
  • Exenatide, then Saxagliptin, then Placebo, then Exenatide ER: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablet and Placebo (normal saline) injection; Subcutaneous injection (2mg) weekly for 6 weeks
  • Exenatide, then Placebo, then Saxagliptin, then Exenatide ER: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablet and Placebo (normal saline) injection; Subcutaneous injection (2mg) weekly for 6 weeks
  • Saxagliptin, then Exenatide, then Placebo, then Exenatide ER: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablet and Placebo (normal saline) injection; Subcutaneous injection (2mg) weekly for 6 weeks
  • Saxagliptin, then Placebo, then Exenatide, then Exenatide ER: Exenatide Single subcutaneous injection (10 mcg); Saxagliptin Single dose orally (5 mg); Placebo tablet and Placebo (normal saline) injection; Subcutaneous injection (2mg) weekly for 6 weeks
Who could join the trial

Inclusion Criteria: * Diagnosis of Prediabetes - defined as either impaired fasting glucose (fasting glucose of 100-125 mg/dL), impaired glucose tolerance (2-hour postprandial blood glucose of 140-199 mg/dL after 75 gram oral glucose challenge), and/or a hemoglobin A1C ranging from 5.7% to 6.4% * Subjects are allowed, but not required, to be on statins, ACE-inhibitors, beta-blockers, angiotensin-receptor blockers, thiazide diuretics, and/or loop diuretics at doses that have been stable for at least the last 3 months * BMI between 30-35 kg/m2 (±1 kg/m2) * Body weight has been stable (±4-5 pounds) over the prior three months. * Women of childbearing age must agree to use an acceptable method of pregnancy prevention (barrier methods, abstinence, or surgical sterilization) for the duration of the study * Patients must have the following laboratory values: Hematocrit ≥ 34 vol% S. creatinine \< 1.5 mg/dl in men and 1.4 mg/dl in women AST (SGOT) \< 2.5 times ULN, ALT (SGPT) \< 2.5 times ULN, alkaline phosphatase\< 2.5 times ULN Exclusion Criteria: * History of Type 1 or Type 2 diabetes mellitus * History of diabetic ketoacidosis or hyperosmolar nonketotic coma * Pregnant or breastfeeding women * Patients must not be receiving lipid-lowering medications other than statins within the last 3 months * Patient must not be receiving metformin, DPP-IV inhibitors, GLP-1 agonists, thiazolidinediones, insulin, sulfonylureas, acarbose, SGLT-2 inhibitors, corticosteroids, or immunosuppressive therapy within the last 3 months and cannot take them for the duration of the study. Patient must not be receiving NSAIDS or antioxidant vitamins within the last 1 week, and cannot take them for the duration of the study. * Patients must not be on hormone replacement therapy. * Patients with diabetic gastroparesis * Patients with current tobacco use * Patients with active malignancy * Patients with history of urinary bladder cancer * Patients with dietary restrictions precluding a high-fat meal * Patients with a history of clinically significant heart disease (NYHA III or IV; more than non- specific ST-T wave changes on the EKG), peripheral vascular disease (history of claudication), or pulmonary disease (dyspnea on exertion of one flight or less; abnormal breath sounds on auscultation) will not be studied * Subjects with a history of any serious hypersensitivity reaction to the study medications * Prisoners or subjects who are involuntarily incarcerated * Subjects who are compulsorily detained for treatment of either a psychiatric or physical (e.g., infectious disease) illness * Subjects with known allergic reactions to the study medications or test meal * Subjects unwilling or unable to provide informed consent * Subjects determined by the investigator(s) to not be appropriate candidates for the study

Published papers

Papers from NCT02104739

Trial averages do not predict what one person will experience. Results are shown as the registry posts them, without interpretation.

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