Heart Failure Clinical Trial
Official title:
Cardiac Contractility Modulation (CCM) Therapy in Subjects With Medically Refractory Heart Failure: A Randomized Efficacy Study
The study is designed to substantiate the efficacy of Cardiac Contractility Modulation (CCM) in the heart failure population with ejection fraction ranging between 25 and 45%. The study is designed in an adaptive manner to ensure proper statistical significance and power of the primary efficacy evaluation.
This study will collect efficacy data in a randomized controlled setting, including New York
Heart Association (NYHA) class II and III Heart Failure population with baseline ejection
fraction (EF) of 25% to 45%.
There is previous evidence related to the beneficial effect of CCM in patients with baseline
ejection fraction of <35%. While patients with EF between 35% and 45% were not prospectively
studied in the original clinical study initially conducted to support Conformité Européene
(CE) Marking of the OPTIMIZER System, recently available data from a randomized study that
included such patients show CCM to be safe and effective in this group of patients as well.
Furthermore, the literature supports that this population has very similar clinical
characteristics, in practice are treated with nearly the same medications, and have similar
underlying mechanisms of disease compared to patients with EF <35%. CCM has been successfully
used also in patients with EF greater than 35% in routine use and in the FIX-HF-5 study.
Since the system is CE marked and since the population includes patients meeting the approved
indication as well as population that has shown to benefit from CCM (EF 35%-45%), the risk
involved in performing such a clinical investigation seems acceptable.
The study is designed to substantiate the efficacy of CCM in heart failure patients with EFs
in the range of 25%-to-45% (inclusive). This is a prospective, randomized study comparing CCM
plus optimal medical therapy (OMT) (Treatment Group) to OMT alone (Control Group) over a 24
week period. The primary endpoint shall be a comparison of changes in Peak VO2, which is an
established objective physiological indicator of exercise capacity which is relevant in heart
failure device studies. To further improve the accuracy and objectivity of measurements,
double assessment of the Peak VO2 will be performed at each of the primary time points. Tests
can be performed using upright and semi-supine bicycle ergometer or using treadmill. In sites
where more than one option is available, bicycle ergometer is the preferred option. Treadmill
is only allowed in case no bicycle is available at the site. Each subject shall be
consistently tested using the same method throughout the study. The study is designed in an
adaptive manner to ensure proper statistical significance and power of the primary efficacy
evaluation.
The study will collect additional (exploratory) efficacy data on the difference between the
treatment group and control group in the changes over 24 weeks in predicted survival
probability. To evaluate the survival probability, two established models are used: the
Seattle Heart Failure Model (SHFM), and the Meta-Analysis Global Group in Chronic Heart
Failure (MAGGIC) model . These models use information collected at a certain time point to
predict survival probabilities over the following years. The information used for such
prediction includes status of the disease (NYHA, Left Ventricular EF (LVEF)), documented
medical history and co-morbidities, documented therapies and medications, and standard blood
tests values.
Additionally, hospitalization data will be collected from medical records of the site and/or
from any other medical records of clinics/hospitals where the patient may have been treated
for a timeframe of 12 months before enrollment and until 24 weeks after the Study Start Date
(SSD).
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