New Multi-Center Study Validates AI-ECG Detection of Diastolic Dysfunction

Results from 12 medical centers demonstrate 87% sensitivity for detecting early-stage diastolic dysfunction in a diverse patient population.

HeartSciences continues to advance the field of AI-powered cardiovascular diagnostics with innovative technology that enables earlier detection of cardiac conditions. Our mission is to transform how healthcare providers identify and treat heart disease, ultimately improving patient outcomes across the healthcare continuum.

Background

Cardiovascular disease remains the leading cause of death globally, affecting millions of people each year. Traditional diagnostic methods often miss early signs of cardiac dysfunction, leading to delayed treatment and worse outcomes for patients.

HeartSciences was founded to address this critical gap in cardiovascular care. By leveraging advanced artificial intelligence and machine learning technologies, we have developed algorithms capable of detecting subtle patterns in ECG signals that are invisible to traditional interpretation methods.

Clinical Validation

Our technology has been rigorously validated through multi-center clinical studies involving tens of thousands of patients. These studies, published in leading peer-reviewed journals, demonstrate the accuracy and reliability of our AI algorithms across diverse patient populations and clinical settings.

"HeartSciences technology represents a significant advancement in cardiac diagnostics. The ability to detect diastolic dysfunction and other conditions from a standard ECG has the potential to transform cardiovascular screening." - Dr. Sarah Chen, Chief Medical Officer

Looking Forward

HeartSciences remains committed to advancing the science of AI-powered cardiovascular diagnostics. We continue to invest in research and development, expanding our algorithm portfolio and improving detection accuracy across additional cardiac conditions.

For more information about HeartSciences and our technology, please visit our products page or contact our team to schedule a demonstration.