Active clinical trials for "Diabetes Mellitus, Type 2"

This study evaluates the metabolomics changes associated with dapagliflozin treatment in patients with type 2 diabetes mellitus (T2DM). The participants in the study will be randomized to receive 10 mg dapagliflozin or placebo once daily for 12 weeks.

The evidence on the consumption of 100% orange juice in people with type 2 diabetes is highly variable and largely out-of-date, with a few studies reporting acute negative glycaemic effects when 100% orange juice is drunk with or without a meal. The aim of the project is to study the impact of the intake of a single serving of 100% orange juice on glycaemic control in male patients with pre-existing type 2 diabetes mellitus. In addition, immunological parameters and Alzheimer disease related biomarkers will be assessed to examine the chronic inflammatory state of these patients

Uncontrolled metabolic parameters and co-morbidity risk factors cause Diabetes Mellitus as the leading cause of a multitude of micro-/macro-vascular complications. According to the International Guidelines and Recommendations, people with Type 2 Diabetes Mellitus (T2DM) should attend diabetes educational programmes periodically and optimize the metabolic index of control. In Hong Kong, General Practitioners with solo-practice (GP-SP) have the least availability of resources and support in DM management. A discrepancy of diabetes care between public and private settings and a gap of clinical practice between public-private healthcare settings is identified. In relation to the big population of T2DM is caring by GP-SP but no structured Diabetes Care Programme (DCP) is in place. A structured DCP for T2DM is in need to fill up the clinical gap and make beneficial to the target subjects. The aim of this study is to evaluate the effectiveness of a DCP for people with T2DM in primary care settings. It is a multi-center, single-blind randomized controlled trial with parallel groups pre-test and post-test design. The evidence-based intervention (DCP) will be carried out in a private primary care setting. People with T2DM attending the GP-SP who meet the study criteria will be randomly assigned into one of the two study groups, either "DCP in addition to usual medical care" or "Usual medical care only" as a control group. The intervention group can beneficial in clinical and psychosocial outcomes after the completion of the 20-week structured DCP with a greater improvement of HbA1c level, Self-Efficacy in diabetes management, Diabetes Empowerment level, Diabetes Knowledge, and Quality of Life than those who only received usual medical care at the GP-SP.

This is a Clinical crossover trial study. In this study, 100 patients with type II diabetes will be selected based on entry and exit criteria, then randomly divided into two equal groups (group "A" and group "B").In the first three days of the first week of hospitalization, in group "A" insulin injection with a 90-degree angle and using Nidel 32-Gauge with a length of 5 mm, and in the other group insulin injection with a 90-degree angle and using Nidel 32-Gauge with a length of 8 mm will be done. After a one-day break, in another three days, the types of needles used in the two groups are moved together. After a one-day break, in another three days, the types of needles used in the two groups are replaced together. Then the VAS scale will be used to assess post-injection pain; the amount of leakage after the injection will be measured in two ways Yes/No, according to the researcher's observation. And to check the effect of Needles on controlling patients' blood sugar, their blood sugar levels will be measured based on the routine of hospital units.

Cancer patients with known or newly diagnosed (i.e. iatrogenic) Diabetes Mellitus (DM) in Palliative/Supportive Care will be enrolled. Patients will be randomly assigned to one of two groups. Patients included in the first group will monitor glucose levels through Continuous Glucose Monitoring (CGM), using the FreeStyle Libre 2 (FSL2). The second group is represented by the usual standard way for blood glucose (BG) monitoring (lancing device for finger samples). An interim analysis is foreseen when the half of the expected events (hyperglycemic peaks) will be observed. In case the results of interim analysis show superiority of the CGM (FSL2) group patients of the second group will be switched.

Background: Type 2 diabetes mellitus is a main risk factor for cardiovascular disease and heart failure, in part due to diabetic cardiomyopathy. However, the association between intracellular lipid accumulation and (myocardial) functional impairment is likely more complex than originally imagined. Recent studies suggest that not fat per se, but the content of saturated or unsaturated fatty acids might predict the development of cardiac steatosis and myocardial dysfunction. In addition skeletal muscle and hepatic glycogen metabolism is impaired in patients with diabetes mellitus. Data from animal experiments suggest a relevant role of myocardial glycogen stores in ischemic preconditioning. Due to methodological limitations so far data on myocardial glycogen stores and myocardial lipid composition in humans are missing. Hypothesis: In addition to total ectopic lipid deposition in the myocardium, myocardial lipid composition, i.e. the relative abundance of saturated and unsaturated fatty acids, and impaired myocardial glycogen metabolism may play an important role in the development cardiac lipotoxicity leading to diabetic cardiomyopathy. Pancreatic endocrine function and myocardial morphology and function is altered in patients with heterozygote inactivating mutations of the CaSR-gene / FHH. Aims: Metabolic virtual biopsy of the myocardium for identification of specific patterns of intracellular lipid composition and myocardial glycogen metabolism as possible critical determinants of metabolic cardiomyopathy Characterization of the metabolic interplay between the myocardium, skeletal muscle, liver and adipose tissues in different stages of development of type 2 diabetes compared to patients with calcium sensing receptor mutation Methods: 1H/13C and 31P magnetic resonance spectroscopy and imaging for measurements of myocardial, skeletal and liver lipid and glycogen content, abdominal adipose tissue distribution and composition, ATP synthesis and myocardial functional parameters Mixed meal tolerance tests to trace the postprandial partitioning of substrates between insulin sensitive tissues (myocardium, skeletal muscle, liver, adipose tissue). Hyperinsulinemic-hyperglycemic glucose clamp (HHC) with enrichment of the infused glucose with the stable isotope [1-13C]glucose to trace the incorporation of circulating glucose into myocardial glycogen in healthy insulin sensitive volunteers, prediabetic insulin resistant volunteers with impaired glucose tolerance, healthy subjects, patients suffering from type 2 diabetes mellitus, patients suffering from type 1 diabetes and patients with heterozygote mutation in calcium sensing receptor.

The goal of this proposal is to integrate depression services and diabetes care methods into a web-based collaborative care system so that a single program can assist patients with diabetes and co-morbid depression. The investigators hypothesized that the effect of the intervention program on (a) decreasing depressive symptomatology; (b) improving biomedical outcomes (e.g., blood lipid profiles,blood glucose, glycosylated hemoglobin, and blood pressure). (c) Increasing healthful behavior (medicine compliance, physical activity, diabetic diet);(d)decreasing unhealthful behavior( sedentary activities, smoking, alcohol addiction); (e) improving quality of life.

There is an association between elevated Type II Diabetes Mellitus (T2DM) risk and low serum levels of vitamin D. It is important to examine whether Vitamin D can enhance oral glucose tolerance in individuals at risk for developing T2DM. As such, the hypothesis suggested is that Vitamin D supplementation (4,000 IU/day) for 24 weeks in pre-diabetic individuals will decrease insulin resistance and the associated metabolic indices linked to the later development of T2DM.

A characteristic of Type 2 diabetes is a high blood glucose level, which is partly caused by the inability of insulin to stimulate glucose uptake into our muscles (insulin resistance). Insulin resistance can be caused by the accumulation of fat within muscle of overweight individuals. The aim of the present research is to test whether a novel nutritional intervention containing L-carnitine can increase the amount of carnitine within muscle of individuals recently diagnosed with Type 2 diabetes. Carnitine is essential for 'burning fat' within our muscles and it is hoped that increasing the amount of carnitine within muscle can increase fat burning, lower muscle fat, reverse insulin resistance and ultimately lower blood glucose levels and wellbeing. We also aim to investigate the cellular mechanisms underlying any observed effects in a hope to identify further targets to lower muscle fat.

The purpose of this study is to determine whether regional implementation of shared care with respect to type 2 diabetes is feasible, effective and cost-effective.