Active clinical trials for "Heart Failure"

This is a double-blind, randomized, two x two crossover (aprepitant vs placebo) during both initiation of Entresto, LCZ696, (50 mg dose) and at steady-state of Entresto (200 mg bid dose or the highest tolerated dose).

The study proposal is to deploy a wearable solution that predicts physiological perturbation comparable to invasive devices and to perform continuous remote patient monitoring; this will be connected to a structured, cascading, escalation pathway involving home health nurses, advanced practitioner providers, and heart failure specialists, and has the potential to transform heart failure management in the post-discharge period, where patients are the most vulnerable for readmission. This feasibility study will contribute to the understanding of post-discharge heart failure continuous remote patient monitoring, promote patient self-care, and has the potential of improving patient outcomes.

The study team will examine the effects of SGLT2i (and SGLT2i-induced increases in plasma ketone concentrations) on skeletal muscle and cardiac ketone uptake, skeletal muscle bioenergetics, cardiopulmonary exercise capacity, and patient-reported functional outcomes.

To pilot a culturally adapted version of ENABLE (6-month program) for Heart Failure (HF) patients and caregivers in the inpatient and outpatient setting in Singapore. The investigators aim to determine the feasibility of trial procedures and assess the acceptability and preliminary efficacy of ENABLE with a randomized wait-list controlled trial design.

The purpose of this study is to explore the effect of the collaborative health management model on the functional status, quality of life and rehospitalization rate of patients with heart failure. This is a three-year project. The first phase (introduction phase): A systematic literature review and meta-analysis of collaborative care and heart failure patients will be conducted, and relevant research results will be evaluated for the clinical benefits of heart failure patients, and empirical knowledge will be proposed as The basic holistic conclusions are supported by the research literature on the establishment of a collaborative health management model for heart failure (CHMM). The second stage (construction period): based on the results of systematic literature review and meta-analysis, adopt the CHMM model, design intervention measures, and conduct pilot studies to determine the safety and feasibility of the research, and review future research improvements Wherever possible, develop more complete intervention measures. The third stage (operation period): Randomized controlled trials were adopted, with random sampling and double-blind research design. In the cardiology ward of a regional teaching hospital in the south, 120 patients with heart failure who met the admission criteria were selected, and 60 patients were selected as control group. The group received routine care in the hospital, and 60 of the experimental group received interventions in the collaborative health management model. Data collection includes variables such as physiological indices, functional status, self-care behavior, quality of life, re-admission rate, medical cost. Instruments tools include Minnesota Heart Failure Quality of Life Questionnaire, European Heart Failure Self-care Behavior Scale after the intervention 1 month, 2 months, and 3 months.The intervention effect will be statistically verified and analyzed by GEE. It is hoped that this care model will be applied to the clinical care of patients with heart failure, and will be verified by clinical benefits, reduce symptom troubles, improve quality of life, and reduce medical costs.

Preliminary animal studies by ourselves and others suggest that the dietary supplement, nicotinamide riboside (NR), may improve cardiac function in heart failure (HF) by increasing cellular levels of its metabolite, nicotinamide adenine dinucleotide (NAD+, NADH). This Study will address a key gap in current knowledge by assessing the mechanisms through which raising blood and myocardial NAD+ levels in humans mediates changes in mitochondrial function, protein and epigenetic modifications, as well as inflammation. Human myocardium will be obtained after 4-14 days of oral NR supplementation from advanced heart failure patients undergoing elective left ventricular assist device (LVAD) implantation. Positive results would provide evidence to proceed with further studies of NR as a mitochondria-targeted metabolic therapy in heart failure.

CHF is a most wild-spread and prognostically poor outcome most of cardiovascular and other disease. Despite of significant progress in treatment of CHF for the last years, death from this pathology stayed very high, reaching 60% for men, 45% for women during the 5 years after establishing diagnosis. The purpose of treatment is creating "seamless" system of care the whole continuum stretch CHF, in this connection, the particular relevance take in creating of new way and strategy with IT-technology mHealth. On the whole, mHealth application potentially suggest economic efficiency solution with continuous access for symptoms monitoring, stimulation of patients to self-servicing, self-controlling and achieving better results compare with optimal medical therapy. So, remote monitoring of patients on the base of mobile application must improve clinical and economic efficiency of medical care received. In trial will be studied efficiency of using mobile application for remote monitoring of patients with ischemic etiology HF, also quality of life, commitment to therapy and prognosis (frequency of cardiovascular poor outcomes). Clinical indicators and tests (Quality of Life Minnesota Living with Heart Failure Questionnaire, Hospital Anxiety and Depression Scale, 6-minute walking test) will be evaluated in the beginning of the trial and repeatly after 1 year. Trial financed by Kyrgyz Republic Ministry of Education and Science.

This is a controlled, randomized, open-label, multicentric study evaluating the value of coordinated medico-pharmaceutical management compared to standard management in patients with heart failure. The aim of this study is to evaluate the impact of these optimized activities on the re-hospitalization of the patient with cardiac insufficiency for a disease-related event within three months of the initial hospitalization.

Heart failure (HF) is a type of heart disease that leads to need of admissions to the hospital during worsening of symptoms. These admissions are expensive and very inconvenient for patients. The investigators have previously shown that monitoring of patients with a using a small wearable sensor combined with a mathematical model can detect worsening of HF before the patient needs medical care. In this study the investigators will test whether the remote monitoring and prediction of HF worsening can be used to find out when patients are at risk, change their treatment and avoid a hospitalization. The study will enroll 240 Veterans with HF and randomly assign half of them to monitoring and communication of the information on HF worsening to their medical teams. The investigators hope to find our how to best use this approach in routine care of HF. The investigators also plan to determine if this approach will indeed led to less admissions to the hospital among these patients, shorter hospital stays and better quality of life.

Infants and children with heart conditions require treatment in children's hospitals that are typically located in large cities. This creates challenges for children and families who need to travel long distances to come to appointments. Providing quality care to children with heart disease has further been challenged by the COVID-19 pandemic, with a shift towards decreased in-person contact and an increase in virtual visits, where assessment by doctors and nurses is more limited. This research study will look at how families of children with heart disease access care and how investigators can improve care with virtual technologies. This will involve testing a new home-based virtual care platform that uses Bluetooth technology to connect weight scales, oxygen measuring devices and blood pressure cuffs with a smartphone app, allowing parents to easily use these devices and send accurate data directly to the cardiology team. Investigators will obtain feedback from families, patients, and healthcare providers about how this helped or did not help them, and adjust the technology as needed to make it better.