Remove Chronic Disease Remove Heart Disease Remove Technology
article thumbnail

Cardio Diagnostics Holdings, Inc. Expands HeartRisk Platform Offering to Diverse Markets in Conjunction with Nationwide Rollout

DAIC

By coupling data intelligence to evidence-based and scalable clinical tests, we're enabling these healthcare stakeholders and their organizations to make data-driven decisions to address rising healthcare costs and implement more effective chronic disease management. CEO and Co-Founder of Cardio Diagnostics.

article thumbnail

Leveraging AI-Enabled Remote Cardiac Monitoring to Improve Cardiovascular Care

DAIC

Meanwhile, traditional methods for cardiac detection still rely on reactive, symptom-driven interventions that often catch heart disease too late, when treatment is complex, critical and costly. AI-enabled remote cardiac monitoring is is already revolutionizing how we detect, diagnose, mitigate and manage heart conditions.

article thumbnail

Top 10 AI Cardiometabolic Startups to Watch in 2025 

Cardiometabolic Health Congress

Eko : AI-powered heart sound and EKG sensors paired with FDA-approved software for heart disease monitoring. RenalytixAI : Provides AI-enabled diagnostic solutions for early detection and management of kidney disease. LumineticsCore : An AI diagnostics company with FDA-cleared systems for detecting diabetic retinopathy.

article thumbnail

Medical Imaging Emerging Trends in 2021

SoftCath

The acceleration in technological innovation has brought a significant transformation in the medical device industry. Emerging Trends of Medical Imaging in the Healthcare Sector Chronic diseases are thriving expeditiously. Identify accumulated blood clots that can result in heart diseases, cancer, or emphysema.

article thumbnail

History & Future of Cardiac Remote Patient Monitoring

Vector Remote

History & Future of Cardiac Remote Patient Monitoring Healthcare reforms fueled by government legislation and recent technological innovations have propelled cardiac remote patient monitoring to the forefront in the early 2020s, but the history of cardiac remote patient monitoring dates to more than half a century ago.