FFRCT Analysis: Personalize Every Treatment Pathway

By leveraging advanced computational fluid dynamics and deep learning algorithms, our FFRCT Analysis combines anatomy and lesion-specific physiology, offering clinicians a powerful tool in identifying clinically significant disease that was previously only available invasively.

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Clinical Insights Delivered Non-invasively

CCTA + FFRCT Analysis delivers integrated anatomical and lesion-specific physiologic data in single scan, offering critical insights, previously only available with invasive procedures.

ffrct anatomical insights
Anatomic Information
plus
physiologic insight
Physiologic Insight
equals
ffrct analysis
FFRCT Analysis

Clarity Drives Faster Decision Making

90 Minutes*
from CCTA scan to guideline-directed pathway, ensuring life-altering care can be delivered faster.

Invasive Procedure for the Right Patients

78%
more likely to identify patients in need of revascularization.†3
68%
decrease in unnecessary invasive coronary angiographies (ICAs).†3

Highest Diagnostic Performance Drives Pathway Efficiency

The combination of anatomy and physiology provides the highest level of non-invasive, diagnostic information to help ensure disease is not missed, and patients get optimal care without delay.
0.94 AUC

highest diagnostic performance for non-invasive CAD, enabling clarity in the patient's ideal pathway from the first test.1
97%

of patients reach optimal diagnosis and treatment plans after just one test.1
Highest Diagnostic Performance Drives Pathway Efficiency graph axes and legendHighest Diagnostic Performance Drives Pathway Efficiency graph

Superior Long-term Outcomes

Significantly lower cardiovascular death rate when compared to CCTA alone in patients with confirmed CAD.
88% lower at 3 years.2
65% at lower 7 years.2

Positive Economic Impact

24% increase cath lab revenue.‡,3
59% increase per procedure.‡,3
99.5% of U.S. lives covered.
See Clinical Evidence

How It Works

  1. Patient-specific, interactive, 3D anatomical and physiological reconstruction
  2. Rapid assessment of blood flow anywhere in the coronary tree, with color-coding to indicate values
  3. Evaluate multiple and sequential lesions and determine the lesion with the most significant disease for a targeted interventional approach
How FFRct Works diagram How FFRct Works diagram

FFRCT Analysis Key Resources

Discover how you can use Heartflow to advance your approach to coronary artery disease diagnosis, treatment and management.
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