What is an echocardiogram?
An echocardiogram (an echo) is a noninvasive diagnostic test that can offer valuable information about the structure and function of your heart, including the sizes of different chambers, its ability to pump blood and the competency of your heart valves.
Also referred to as a diagnostic cardiac ultrasound, this test uses high-frequency sound waves and special computer technology that allows your doctor to take pictures of your heart’s structure, including its size, shape and movements.
How is an echocardiogram done?
There are a few different types of echocardiograms, but they all use sound waves to produce images. During the test, an ultrasound wand or probe sends sound waves to your heart that “echo” back to a computer monitor. The monitor uses those sound waves to create pictures of the heart and valves.
Some echo tests use Doppler technology to show the direction and speed of blood flow and help doctors identify problems with your heart valves.
How long does an echocardiogram take?
An echocardiogram usually takes 30 to 60 minutes. It may take longer if other imaging tests are required.
Echocardiogram results
After the test, the sonographer will send the results to your referring physician, who will review the results. Your physician may want to schedule a follow-up visit to discuss them.
If an echo test confirms a diagnosis, your treatment options will depend on the specific condition and the severity of your symptoms. In other cases, an echo test might not be enough to make an accurate diagnosis. Your doctor may recommend other tests to diagnose your condition, such as electrophysiology, a procedure called coronary catheterization or specialized imaging, such as CT or MRI scans.
Find a location near you
You can have your echocardiogram at Baylor Scott & White’s specialized echocardiography labs, which are equipped with advanced diagnostic imaging tools to help ensure an accurate diagnosis. We can help you arrange follow-up care or additional cardiac services at our many heart and vascular locations in North and Central Texas.
