View clinical trials related to Type 2 Diabetes.
Filter by:Care recommendations for type 2 diabetes mellitus (T2DM) patients are clearly defined in Danish clinical guidelines: patients are offered three consultations with the general practice (GP), patients must be referred for a municipal start-up conversation, and cross-sectoral collaboration is vital to succeeding in the treatment of T2DM patients. This framework is often reported as inadequate by the patients, which increases the risk of high levels of diabetes distress (DD). Diabetes distress is the burden of living with T2DM and is associated with deleterious physical and mental health outcomes, including poor glycemic control, recurved wellbeing, and increased all-course mortality. This project evaluates the efficacy of an entry-to-care intervention, seeking to strengthen and structure the cross-sectoral collaboration, targeting DD in people recently diagnosed with T2DM. Intervention The intervention progresses throughout the first three months of the diagnosis. It is divided into core components: Improvements of cross-sectoral communication and information sharing, ensure systematism in care, guarantee participation at a "one-stop-shop" and a start-up conversation at the municipal, and improve patients coping skills. Research plan This cluster-randomized control trial is conducted in the Region of Southern Denmark, with each GP randomly assigned to intervention or control. Changes in DD are the primary outcome. Data will be collected through an electronic questionnaire at baseline and 4, 12 months after diagnosis. Perspective and expected outcomes A decrease in DD levels causes; higher level of self-care, quality of life, self-management, glycemic control and decrease the risk of severe complications and all-cause mortality. The intervention will be extrapolated to other patient groups where cross-sectoral collaboration is part of the care, increasing the treatment for these patient groups as well.
Latinos Understanding the Need for Adherence in Diabetes using Care Coordination, Integrated Medical and Behavioral Care and E-Health (LUNA-E) is a randomized controlled trial (RCT) that will test the effectiveness a patient-centered, team-based, primary care intervention with E-Health enhancements in improving glycemic control (primary outcome, hemoglobin A1C level) and psychological distress (secondary outcome; depression, anxiety symptoms).
Therapeutic inertia may result from providers, patients, and/or systems, but can be detrimental to a patients' health by putting them at risk for diabetes complications, though addressing it early can mitigate some of its effects. In Type 2 diabetes (T2D) care, this may look like failure to initiate metformin therapy early in the disease course. This project aims to evaluate the effects of proactive outreach by a non-physician clinician (Accountable Population Manager [APM]) to patients with newly diagnosed Type 2 diabetes. The team hypothesizes individuals receiving proactive outreach by an APM will be more likely to achieve glycemic targets at 6 months following start of the intervention.
The purpose of this study is to prove that the group treated with D745 in combination added that the reduction of HbA1c superior to placebo treated group added in combination.
The goal of this study is to find a new way to make diabetes care better for patients with breast cancer and diabetes who are currently receiving cancer treatment. We will have two groups, the researchers will decide who is in which group. One group will be working with a nurse who is trained in diabetes care while the other does not. This will allow the investigators to see if having a trained nurse as part of the care team can help improve the care the patients receive.
The main purpose of this study is to investigate the efficacy and safety of switching from weekly dulaglutide to weekly tirzepatide compared to increasing the dulaglutide dose in adults with type 2 diabetes.
This study is a pilot RCT to examine the feasibility, acceptability and preliminary effectiveness of a 6-week acceptance-based diabetes education programme (ACT-DE) on diabetes distress, self-care efficacy and behaviours of adults with type 2 diabetes in Hong Kong. It is hypothesise that the ACT-DE programme will: - Be acceptable, feasible and beneficial for adults with type 2 diabetes to improve their psychological distress and self-care. - Significantly reduce participants' diabetes distress (primary outcomes), when compared with the usual care (control) group immediately post-intervention; - Significantly improve self-care efficacy, self-care behaviour and psychological flexibility (secondary outcomes) than the control group immediately post-intervention.
The number of youth with type 2 diabetes in the U.S. is projected to increase by a staggering 49 percent by 2050, with higher rates among minority youth. The Diabetes Prevention Program (DPP) is recognized as a sentinel study demonstrating the effectiveness of lifestyle interventions for diabetes prevention among pre-diabetic adults but has not yet been replicated in youth. In addition, such intensive interventions are often not sustainable in high risk communities with limited resources. One strategy that has been successfully employed in adults from such communities is peer based health education. However, there have been no peer led interventions in ethnic minority teens and no interventions focused specifically on weight loss for diabetes prevention. Another challenge identified in existing youth health intervention programs is keeping youth engaged to enhance program participation and impact. One potential strategy is the use of mobile technologies (text messaging, mobile applications, social media) to support weight management programs, but to date use of such technologies has largely not been studied in youth. The Principal Investigator's NIH Mentored Patient-Oriented Research Career Development Award (K23) aimed to use CBPR to develop and pilot test a peer-led diabetes prevention intervention incorporating mobile health technologies for at-risk adolescents. Based on results of focus groups which explored strategies for using peer educators and mHealth tools as part of a group lifestyle change program, the researchers did not find existing tools with all the features and functionalities required by users. The investigators therefore began working with teen stakeholders to create a new text messaging platform to support participants as the teens complete the intervention. This R03 research proposal aims to bring together clinical, technology and community experts to further develop and evaluate the mobile health platform. This will provide important pilot data to refine and disseminate the intervention for a larger RCT to be tested in a future R01. Specific Aims: 1. Synthesize real-time data and analytics and conduct user interface (UI) testing to refine and enhance features of the prototype text messaging platform. 2. Investigate the potential for the developed platform to be used as an adjunct to a group educational intervention by examining whether level of use, user satisfaction, and degree of engagement with the platforms modifies behavioral and clinical outcomes.
This study will test the preliminary efficacy of diabetes-tailored CCT (DM-CCT), which will be conditional on participating in biweekly (every two weeks), nurse-led, virtual diabetes education/skills training and stress/coping intervention compared to UCT (with no requirement for participation) on clinical outcomes, self-care behaviors, and psychological health in 100 inner city AAs with poorly controlled T2DM using an RCT design. The aims of the proposed study include: AIM 1: Test the preliminary efficacy of the DM-CCT intervention on glycemic control and quality of life for inner-city AAs with T2DM. AIM 2: Test the preliminary efficacy of the DM-CCT intervention on self-care behaviors and psychological health for inner-city AAs with T2DM. AIM 3: Estimate the cost of delivery of the DM-CCT and UCT interventions in preparation for future cost effectiveness analysis.
One emerging, highly modifiable homeostatic mechanism for energy expenditure in humans is brown adipose tissue (BAT) thermogenesis. BAT is currently considered a prime target for the treatment of obesity and Type 2 diabetes (T2D). Using acetate and fluorodeoxyglucose (FDG) positron emission tomography (PET) , It has been demonstrated that BAT thermogenesis is inducible by chronic cold exposure. BAT activation through cold exposure is associated with improved glucose homeostasis and insulin sensitivity. A pharmaceutical approach, which seemed to be very promising to stimulate the activation of BAT, was the use of a selective beta 3-adrenergic receptor agonist, mirabegron. Nevertheless, in a later study, It has been demonstrated that human BAT thermogenesis is under the control of beta-2, not beta-3, adrenergic receptor. The most selective beta-2 adrenergic receptor agonist approved for clinical use in Canada is formoterol fumarate, given in inhalation for the treatment of asthma (Oxeze®). In summary, BAT contributes to cold-induced thermogenesis and is recruited by chronic cold exposure as well as by a growing number of food supplements and drugs. Intracellular triglyceride (TG) is the primary source of fuel for BAT thermogenesis under normal physiological conditions, as blocking intracellular TG lipolysis using nicotinic acid abolishes BAT thermogenesis. Beta-2 adrenergic stimulation is the pharmacological target to activate BAT thermogenesis in humans and may also lead to white adipose tissue lipolysis. Using a highly-selective beta-2 receptor agonist with and without administration of nicotinic acid would thus give the opportunity to quantify more precisely energy expenditure accounted by BAT thermogenesis and white adipose tissue metabolism in humans.