eMurmur ID detects and identifies heart murmurs using AI

Designed for all healthcare providers performing auscultation.

eMurmur ID analyzes heart sounds recorded with an electronic stethoscope. Our AI detects the presence of a murmur, and determines if it is innocent or pathological with expert-level accuracy. Works on all ages and within seconds. Tested on 2,000+ patients.

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CALL: +1 617 701 7451
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The challenge of cardiac auscultation

If you are a healthcare provider you listen to your patients’ hearts with a stethoscope. This 200+ year old method to screen for heart defects requires you to have acute hearing and extensive experience. An accurate diagnosis remains challenging for reasons including noise, breathing, high heart rates, and having to distinguish innocent from pathological murmurs.

Are your trainees confident in detecting heart murmurs?

Our academic solution eMurmur University gives you access to our large library of real patient heart sounds and murmurs. All vetted by cardiologists and echocardiograms. Use the app to teach and test the recognition of heart sounds and murmurs. Adopted by medical schools, nursing schools and physician assistant programs accross North America.

Take 15 minutes for a live demo and experience it first hand!

LEARN MORE >
CALL: +1 617 701 7451
BOOK A 15 MINUTE DEMO >

Are you a nurse practitioner or nurse looking for CE credits?

With our eMurmur Primer app you can earn CE credits on your iPhone or iPad. Designed to help you better recognize benign and pathologic heart sounds and murmurs.  

How can I earn CE credits through the Primer app?

1.  Go to our web store and purchase a package that fits your needs
2.  Log in to the eMurmur Primer app AFTER purchasing from our web store
3.  Work through the app and we will email you your CE certificate

WEB STORE >        learn more >

3D heart models and murmurs

Enjoyed by parents, patients, students and healthcare providers.

eMurmur Heartpedia helps you better understand heart defects in children. View anatomically correct 3D models for normal, defective and surgically repaired hearts. Listen to their corresponding heart murmurs, watch video animations and learn more through audio and text descriptions. 

Created in partnership with Cincinnati Children’s Hospital.