View clinical trials related to Advanced Heart Failure.
Filter by:In this study, the investigators are testing the accuracy of a wrist-worn measurement device by comparing its blood pressure measurement to arterial line (A-line) blood pressure monitors. The device is similar in style and fit to popular activity bands, but it is unique in that it measures blood pressure.
Prospective validation of the ultrasound-assessed internal jugular vein distensibility (JVD) ratio to identify patients with systolic chronic heart failure and right atrial pressure (RAP) of 7 or less mmHg measured by the right heart catheterization. In a calibration cohort, a threshold ratio will be identified, above which the RAP is normal with the highest accuracy. This diagnostic tool with a defined threshold of the JVD ratio will be assessed in a second prospective validation cohort.
The purpose of this study is to explore the trajectory of advanced management care in patients with heart failure over a period of 9 months, then comparing the medical treatment accepted by patients after 2 years later and compliance with the preferences of patients and their families.
The objective of this clinical investigation is to evaluate the safety and performance of the Carmat Total Artificial Heart (TAH) in subjects with advanced heart failure requiring biventricular support. Each subject receiving the Carmat TAH will be evaluated at 6 months (180 days) for primary and secondary endpoints with further follow-up assessments up to 2 years. The results of the study will be used to support a CE mark application.
An observational study of neuron specific enolase, as a marker of reperfusion injury, in LVAD recipients before and following VAD implantation.
Advanced heart failure therapy (heart transplantation or LVAD) is underutilized and patients are underserved. The purpose of this prospective, observational study is to obtain multi-center data on the proportion of patients with CRT and/or ICD who are candidates for advanced heart failure treatment and obtain insights into patient and physician decisions regarding referral for advanced heart failure therapy.
To observe and document ventilation parameters in the advanced heart failure population, through the course of illness, which often includes cardiac resynchronization therapy (CRT), left ventricular assist device (LVAD), and transplant. Findings from this cohort are anticipated to be of sufficient interest to the scientific community to merit publication and are likely to provide preliminary data for future hypothesis generation and subsequent prospective, randomized controlled trials. A compact, inexpensive apparatus has recently become commercially available for performing sub-maximal exercise testing (SHAPE Medical, St Paul, MN), including gas exchange analysis and will be used in this study. This apparatus is not investigational.
The purpose of this study is to determine whether the treatment strategy of long-term intermittent every 30 days, continuous intravenous infusion for 24 hours of Levosimendan, associated to optimal contemporary treatment for advanced heart failure reduce the incidence of admission for heart failure worsening at 12 months follow up, compared with the strategy based solely in the optimal contemporary treatment for advanced heart failure.
Main goal of the study is the risk stratification of patients with advanced heart failure referred for orthotopic heart transplantation (OHT) according to HFSS score, other risk factors and biological markers and verification of their prognostic value in Polish population.
The purpose of this research study is to apply new non-invasive, no-risk techniques to a cardiac transplant population for assessment of their reliability in detecting heart transplant rejection. Graft rejection remains a major factor limiting long-term survival despite continued advancement in the use of immunosuppression. Aggressive surveillance for the detection of acute rejection is therefore necessary. Repeated endomyocardial biopsy (EMB) (at least 11 times the first year after transplantation) remains the only reliable surveillance method available. EMB is expensive, invasive, inconvenient to the patient, and associated with a significant incidence of serious complications. Therefore, it would be very important for patient care if new no-risk methods would prove to be effective in surveillance of rejection. This research study is designed to measure non-invasive ways to assess rejection along with the standard planned endomyocardial biopsies you will have after heart transplantation. First, the investigators plan to test the effectiveness of the investigational use of the CMI 2406 Magnetocardiograph that has been approved by the U.S Food and Drug Administration (FDA). While the device used in the study is FDA-approved for the non-invasive measurements and recordings of the heart's magnetic field reflecting the heart's electrical currents, it is not yet approved for the specific use of detection of transplant rejection.