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Effect of Exenatide LAR or Dulaglutide on the Variability of 24-hour Heart Rate and Blood Pressure in Type 2 Diabetes

NCT03444142 · Unknown status

Last updated 2026-05-28

This clinical trial tested how two diabetes medications, Exenatide LAR and Dulaglutide, affect heart rate and blood pressure over 24 hours in adults with type 2 diabetes.

Status Unknown status The sponsor has not confirmed the status recently.
Phase Phase 4 Monitors a drug already on the market.
Type Interventional (clinical trial)
Design Randomized, open-label (no blinding) treatment study
Participants 30 people Planned (estimated).
Who can join Ages 31–60 · all sexes
Timeline Started 2017-11 · est. completion 2021-11
Where 1 site · Mexico

What this study is testing ClinicalTrials.gov NCT03444142 ↗

Description as written by the study sponsor.

Mortality due to cardiovascular problems is increased by having Diabetes Mellitus type 2 (DM2), related to the time of evolution and glucose levels or if alterations in blood pressure coexist. With this variability there is greater damage to the target organ and in patients with DM2 the process is more severe and frequent due to alterations in the coagulation mechanisms that accelerate in the presence of hypertension, figures ≥135 / 85 mmHg are considered risk factors to develop coronary, cerebral or renal events. As a quantitative range, blood pressure is currently monitored ambulatory by (MAP) which is the most used and reliable non-invasive instrument for its evaluation. The American Association of Clinical Endocrinologists (AACE) proposes an algorithm that contemplates initiating management to patients with a diagnosis of diabetes with drugs such as metformin, thiazolidinediones and glucagon-like peptide analogues type 1 (GLP1). Exenatide LAR and Dulaglutide are GLP-1 analogue drugs with potential to decrease the progressive losses of pancreatic β cell function and mass and cardiovascular risk (CV) factors with maintained use, in addition to hypoglycemic, hypotensive effects, weight decreases and visceral adiposity, however, it has been reported that although they share the same basic mechanism of action, each one has a different molecular structure and pharmacokinetic profile that make their pharmacological and clinical effects different, in particular as regards the variability of blood pressure and heart rate.

Treatments tested

Main thing measuredHeart rate: nighttime, daytime and 24-h
SponsorUniversity of Guadalajara
Conditions studiedDiabetes Mellitus, Type 2
GLP-1 drugs dulaglutide, exenatide

Full protocol, eligibility, and contacts on ClinicalTrials.gov NCT03444142 ↗