Powerful Murmur Detection
SENSORA™ Structural Murmur

Powerful Murmur Detection

SENSORA™ Structural Murmur helps flag early signs of valvular heart disease through the detection of structural murmurs.

How it Works
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The future of structural heart disease detection is here. Approximately 8 million Americans have valvular heart disease¹ — a more well-known condition of structural disease. SENSORA™ Structural Murmur enables double the detection of structural heart murmurs²,³ in seconds, using a familiar clinical tool — the stethoscope.

Breakthrough Independent Clinical Validation
Breakthrough Independent Clinical Validation

A study published in Circulation, an American Heart Association journal, demonstrated Eko's AI-enabled SENSORA™ Platform more than doubles valvular heart disease (VHD) detection sensitivity over traditional methods in primary care.

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Advanced Murmur Classification
Advanced Murmur Classification

Our novel suite of algorithms goes beyond identification. It identifies and characterizes heart sounds, distinguishing if they’re systolic or diastolic, and innocent or structural.

Robust AI Training & Validation
Robust AI Training & Validation

A study published in JAHA (Journal of the American Heart Association) reveals that Eko’s FDA-cleared algorithms, trained on over 15,000 heart sound recordings, outperform clinicians. In real clinical environments, they demonstrate a sensitivity of 98% and specificity of 91% when detecting clearly audible murmurs in adults.

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SENSORA™ Structural Murmur Includes:

Digital Stethoscope
Digital Stethoscope

Eko digital stethoscopes capture heart sounds and ECGs at the bedside, pairing with Eko software.

AI-Powered Murmur Detection
AI-Powered Murmur Detection
Eko software that’s analyzed over 1 million unique heart sounds provides immediate insight.
Care Pathway Analytics
Care Pathway Analytics
Findings can be shared with specialists and care teams, and integrated into EHRs as part of a patient's record.

How SENSORA™ Structural Murmur Works:

References
(1) Valvular Heart Disease, Centers for Disease Control and Prevention, 9 Dec. 2019, www.cdc.gov/heartdisease/valvular_disease.htm.
(2) Prince et al. Deep Learning Algorithms to Detect Murmurs Associated With Structural Heart Disease. Journal of American Heart Association, Vol.12 (2023): 20.
(3) Gardezi et al. Cardiac auscultation in diagnosing valvular heart disease: a comparison between general practitioners and cardiologists. European Heart Journal, Vol. 38 (2017): 11552.
(4) Rancier, M. A., Israel, I., Monickam, V., Prince, J., Verschoore, B., & Currie, C. (2023). Real World Evaluation of an Artificial Intelligence Enabled Digital Stethoscope for Detecting Undiagnosed Valvular Heart Disease in Primary Care. Circulation, 148, A13244.

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