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Covanos

This medical technology startup develops software that utilizes computational fluid dynamics and advanced mathematical methods to analyze CT angiography images for coronary obstructions. By providing near real-time clinical information, the platform enables physicians to make informed decisions regarding revascularization and assess the risk of future coronary events.

Atlanta, United States
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Over 50% of cardiac catheterizations performed annually in the US and Europe reveal no obstructive coronary disease, leading to unnecessary medical procedures and increased healthcare costs. Current methods lack a rapid, non-invasive way to accurately assess the hemodynamic significance of blood vessel obstructions.

Solution

Covanos is developing C-HEART, a medical technology that employs computational fluid dynamics and advanced mathematical methods to analyze CT angiography images, providing near real-time clinical information about coronary obstructions. This PC-based workstation solution determines the functional impact of vascular disease from non-invasive coronary CT images, enabling physicians to make informed decisions regarding revascularization and assess the risk of future coronary events. By providing a comprehensive assessment of both the anatomy and physiology of vascular disease, C-HEART aims to reduce the number of unnecessary invasive procedures and improve patient outcomes. The platform offers a cost-effective approach to determine whether a patient would benefit from more invasive and expensive procedures.

Target Audience

The primary target audience includes cardiologists and hospitals seeking a non-invasive method to evaluate coronary obstructions, reduce unnecessary cardiac catheterizations, and improve patient management in emergency departments and outpatient settings.

Features

  • Utilizes computational fluid dynamics and advanced mathematical methods for hemodynamic assessment
  • Analyzes data from standard CT angiography images
  • Provides results in near real-time (under 30 minutes)
  • Offers a point-of-care, PC-based workstation solution
  • Delivers integrated reports with high diagnostic accuracy
  • Ensures complete data integrity and IT security
This profile is AI-generated and may contain inaccuracies.