Active clinical trials for "Heart Failure"

The INTERPRET Inotrope Evaluation and Research Patient Registry is a longitudinal, observational study designed to look at the demographics and outcomes of heart failure patients on inotropic therapy administered in the home or infusion suite setting. The data gathered in this registry will provide information on how a patient's quality of life and symptoms change over time while on inotrope therapy, and help healthcare providers to have a better understanding of the benefits and risks associated with bridge-to-treatment and palliative care.

Sample Comparison The objective of this study is to compare the Philips Minicare BNP test with the Centaur BNP test. BNP level measured in human blood samples (EDTA venous whole blood and/or EDTA plasma) will be assessed. Matrix Comparison To compare BNP measurements obtained using Minicare System for EDTA whole blood and EDTA plasma samples.Prior to the study start, a proficiency study will be performed on the Minicare BNP, Architect and I-STAT BNP assay to be sure that devices are performing according to expectations. Approximately 100 EDTA patient whole blood samples covering the entire measuring range of Minicare BNP from LOQ until end of measuring range (expected to be approximately 5000 ng/L) (Ref 7) will be tested (according to CLSI EP09A3 (Ref 5)) at a central laboratory using the Minicare BNP, Alere BNP, I-STAT BNP system. The outcome of the site routine assay (Centaur BNP systems) will be used to evaluate if the blood samples cover the entire distribution range of the assay. If necessary, up to 20% of the samples may be spiked so that the entire range of the assay is covered. The central laboratory will identify the blood tubes with a BNP request. Approximately 1000 μl EDTA whole blood will be available (left over material) for testing on the non-routine devices (i.e., Minicare BNP, Alere BNP, and I-STAT BNP). Testing for the Alere BNP, I-STAT BNP, and Centaur BNP systems will be performed according to the respective IFU's (Ref 1, 2, 3, 4). For the Minicare BNP system, test will be performed according to a DRAFT IFU or a similar document describing the sample treatment and handling for the Minicare BNP system. Alere BNP, I-STAT BNP and Minicare BNP samples should be tested within 6 hours after collection and Centaur BNP samples within 8h of collection. Although different stability claims for BNP, it is highly recommended to perform all measurements on all systems within 2 hours. For Alere BNP, I-STAT BNP, Centaur BNP analysis will be performed using a single blood sample for each patient. Alere BNP and I-STAT will use EDTA whole blood samples as sample type Centaur BNP will be tested on EDTA plasma samples. For the Minicare BNP, both EDTA whole blood and EDTA plasma will be tested for each patient. For the Minicare BNP system the whole blood samples will be tested using a pipette and the same sample will be tested using the SmearSafe Blood Dispenser (transfer device) to investigate a reliable use of such transfer device. Only the routine Centaur BNP outcomes will be used as part of support for patient diagnosis.

Pulmonary Artery Compliance measurements will be obtained with the Respirix device in patients with congestive heart failure decompensation. Echocardiogram, weight measurements, and BNP will also be gathered as independent measures of decompensation in the clinic. Pulmonary Artery Compliance measurements will be made daily during the hospital stay. Patients can continue using the device at home for the next 3 weeks. Each patient will serve as their own control and relative changes from their baseline will be recorded for each parameter.

This study is evaluating how MRI after CRT can provide key insights regarding LV function, structure, and mechanics resulting from CRT in patients with or without LV scar and inform optimal pacing strategies. The expected accurate and reproducible response assessment with cardiac MRI has important implications for evaluating CRT outcomes in clinical trials, and the insights from the post-CRT MRI promise to improve implementation of CRT.

NATURE-HF is an observational, multicentric and longitudinal study of heart failure performed with 100 tunisian cardiologists.

The PREPARE-MVR (PRediction of Early PostoperAtive Right vEntricular failure in Mitral Valve Replacement/Repair patients) Study aims to evaluate those preoperative factors which can predict the early postoperative right ventricular failure or determine the functional shift seen in right ventricular function after mitral valve replacement/repair. The PREPARE-MVR study focuses mainly on echocardiographic (both conventional and advanced) parameters and includes right heart catheterization intraoperatively and in the early postoperative period as gold standard method.

Inhibitors of the type 2 sodium-glucose co-transporter (iSGLT2) may improve the metabolic and hemodynamic profile in patients with DM2 and heart failure.

This study assesses the potential of lung ultrasonography to diagnose heart failure.

stem cells therapy may be a choice therapy for advanced heart failure patients refractory to medical therapy, internal cardiovertor with a defibrillator (ICD) recipients, and a previous history of myocardial infarction and coronary artery revascularization. These patients, without indication to receive a cardiac resynchronization therapy (CRT), may have a worsening of heart failure, and symptoms of coronary artery disease. In this study we have evaluated in consecutive 30 selected patients the amelioration in failing heart NYHA class, hospitalization rate, echocardiographic left ventricle functionality, and associated to reduction of angina after a treatment with stem cells intra thoracic infusion.

This study aims to create a database of patients with stable and chronic heart failure with comprehensive assessment of bone, skeletal and vascular status. RoC-HF will facilitate cross-sectional and, eventually, longitudinal mechanistic epidemiological analyses to disentangle the role of the bone- vascular axis in chronic heart failure. Blood and urine samples will be stored to facilitate future biomarker analyses.