View clinical trials related to Diabetes Mellitus, Type 2.
Filter by:Over 27 million Americans are diagnosed with Type 2 Diabetes Mellitus (T2DM), and their health outcomes, including hospitalization, emergency department use, and hospital readmission, are largely driven by social determinants; diabetes complications are largely attributable to unmet health-related social needs. Investigators will conduct a pilot feasibility trial of the Re-Engineered Discharge for Diabetes-Computer Adaptive Testing (REDD-CAT) system to inform the design of a future, fully-powered randomized controlled trial. REDD-CAT will allow clinical staff to preemptively link patients with community-based social services tailored to meet their unique needs in order to reduce avoidable hospitalization and emergency department visits.
The purpose of the study is to collect information about how NovoMix® 30 works in real world adult population with type 2 diabetes. Participants will get NovoMix® 30 as prescribed by the study doctor. The study will last for about 6-8 months. Participants will be asked questions about their health and their diabetes treatment as part of their study doctor's appointment.
The goal of the study is to compare whether an integrated model of care between Foot Wound and Diabetes Clinic with use of remote glucose monitoring technology (Intervention Arm), as compared with usual care without the use of remote glucose monitoring technology (Control Arm), will result in 1) improved glycemic control, 2) improved ulcer and wound healing, 3) improved patient reported outcomes (PROs), 4) reduced long-term healthcare resource utilization, and 5) improved adherence to anti-glycemic therapy for patients with DFUWI and poor glycemic control over the course of a 6-month intervention period.
The prevalence of Diabetes Mellitus (DM) is rising and more than 30 million of Americans or 9.4% of the US population has DM. Several large scale randomized clinical trials have found that improved glycemic control reduces the development of complications in patients with DM. However intensive glucose management carries an increased risk of hypoglycemia, a condition that may lead to neurological damage and is associated with increased incidence of cardiovascular events and mortality. Reducing uncontrolled hyperglycemia and hypoglycemia represents therefore an important objective, as may decrease the direct and indirect impact that diabetes has in our health care system. Achieving optimal glycemic control requires frequent blood glucose monitoring by the patients and recurrent clinic visits,which is often difficult to achieve, as access to typical DM clinic is at least sub optimal. m-Health and telemedicine health solutions represent alternative ways to manage patients in the outpatient setting and have been applied in different medical areas, among them in diabetes. However, almost all the telemedicine studies that have been previously performed and recruited DM patients used telemedicine solutions which were based on point of care (POC) finger-stick glucose testing, which are checked infrequently , usually 4-6 times/day. Continuous glucose monitoring (CGM) devices offer additional ways to monitor blood glucose values and can provide numerous glucose measurements (as frequent as every 5 min). By using software applications, such as the Clarity (Dexcom), which highlights glucose patterns, trends and statistics in standardized reports, providers can make safe recommendations of adjusting DM medications, especially insulin titration. In this randomized clinical trial investigators propose to use CGM devices and Clarity software as a telemedicine platform in order to improve glycemic control and improve health outcomes.
Hypothesis: In surgical patients with type 2 diabetes, taking either metformin or salsalate on the morning of surgery will reduce the incidence of hyperglycemia, inflammation and even surgical site infections, without any obvious patient risk relative to patients given a placebo control. Anesthesia and surgery induce a number of metabolic disturbances, particularly among patients with type 2 diabetes (T2D). This includes altered glucose metabolism and hyperglycemia, which is associated with significant morbidity and mortality, including an increase in surgical site infections (SSI). Although insulin protocols can reduce blood glucose levels in hyperglycemic surgical patients, leading to reduced SSI, this has caused severe hypoglycemia in a number of patients. Instead, the use of simple and effective interventions, such as continuing metformin on the day of surgery, could represent an important step toward reducing the incidence of these morbid outcomes while improving glucose control. Alternatively, salsalate, a non-acetylated dimer of salicylic acid, has also emerged as a novel glucose-lowering medication that also possesses important anti-pyretic and anti-inflammatory properties and could prove equally effective.These refinements may also reduce SSI and inflammation. If the proposed pilot trial, to continue metformin, or take salsalate, peri-operatively, is as safe and easy as the investigators anticipate it will allow for the planning of a future definitive randomized clinical trial. The aims of this pilot trial are to assess the feasibility of safely continuing metformin, or taking salsalate on the day of surgery, with the goal of reducing the incidence of hyperglycemic events. This includes assessing our ability to recruit patients, adhere to the proposed study protocol, assess workload,and measure the desired outcomes, all of which are crucial for the planning of a subsequent clinical trial.
The purpose of the study is to determine the characteristics of patients with diabetes and sarcoidosis and to compare them with those of patients with diabetes and no sarcoidosis. The investigators will approach these aims by measuring hemoglobin A1c, C peptide, insulin levels, and 2-hour glucose tolerance test results on the study population as well as collecting clinical data from records. Three groups of patients will be identified from pulmonary and endocrinology clinics at the University of Alabama at Birmingham. The first group will have a diagnosis of sarcoidosis without diabetes, the second group will have a diagnosis of both sarcoidosis and diabetes, and the third group will have a diagnosis of diabetes without sarcoidosis. Sample size is not pre-determined, but investigators anticipate this number to be less than 100. These patients will be asked in person during an office visit to join the study. For each patient who agrees to join, at a clinic visit, investigators will review and sign consent. Following the visit or at a time convenient for each patient, study subjects will undergo a fasting plasma venous sample collection for a hemoglobin A1c, C peptide, insulin level and perform a 2-hour oral glucose tolerance test. The degree of glucose intolerance and prevalence of diabetes will be analyzed and compared between the groups and to historical published control data via T test comparisons. At a later separate visit, patients recruited will undergo ultrasound of the pancreas to assess pancreatic size and morphology.
The study is a prospective, randomized, double-blind, placebo-controlled, multi-center trial in subjects with new onset T1D.
The study is a prospective, randomized, double-blind, placebo-controlled, multicenter trial in subjects with established T1D.
This trial investigated whether adding Iluvien sustained release steroid intravitreal eye implant at the beginning of regular anti-VEGF (anti Vascular Endothelial Growth Factor) intravitreal eye injection treatment for diabetic macular oedema would improve disease stability and reduce the need for regular anti-VEGF intravitreal eye injections over first two years. Diabetic macular oedema, accumulation of microscopic fluid at the back of the eye, is a major cause of poor vision in patients with diabetes. This is a double mask randomized control multisite trial, to be conducted at 10 NHS hospital eye clinics in England.
It is believed that important brain centers send signals through the vagus nerve to the liver to suppress the amount of glucose (sugar) that gets produced. People who have received liver transplants have had their vagus nerve cut during transplantation, and many of these individuals have diabetes at one year post-transplant. The goals of this study are: to see whether metabolic control centers in the brain can still be activated normally with the medication diazoxide in patients who have had a liver transplant, and to understand whether disrupting the vagus nerve would result in excess glucose being produced by the liver (ie. a potential mechanism for why these patients develop diabetes).