Echocardiogram

Authored by , Reviewed by Dr Helen Huins | Last edited | Certified by The Information Standard

An echocardiogram is an ultrasound scan of the heart. It is sometimes just called an 'echo'. Ultrasound is a very high-frequency sound that you cannot hear but it can be emitted and detected by special machines. The scan can give accurate pictures of the heart muscle, the heart chambers and structures within the heart such as the valves.

An echocardiogram can be carried out for many different reasons. It may be done to check how well your heart is working after a heart attack, or to look at how well the valves are moving inside the heart. An echocardiogram can also help to see any fluid that may have collected around the heart.

The test is painless and takes about 15-30 minutes. You may have to turn on to your side during the test so that the operator can scan the heart from different angles.

You will need to undress to the waist and lie on the couch. A probe is placed on your chest (it is a bit like a very thick blunt pen). Also, lubricating jelly is put on your chest so the probe makes good contact with the skin. The probe is connected by a wire to the ultrasound machine and monitor. Pulses of ultrasound are sent from the probe through the skin towards your heart. The ultrasound waves then 'bounce back' (echo) from the heart and various structures in the heart.

Echocardiogram

By Tech Sgt Luke Thelen, via Wikimedia Commons

The echoes are detected by the probe and are sent to the echocardiogram machine. They are displayed as a picture on the monitor. The picture is constantly updated so the scan can show movement as well as structure. (For example, the valves of a heart opening and closing.) The operator moves the probe around over the skin surface to obtain views from different angles. Some abnormalities can be seen quite clearly. For example, damaged heart valves, thickened heart muscle, some congenital heart defects, etc.

You do not need any special preparation before the test. You eat and drink normally before and after the test. Continue to take your usual medication.

This can measure variations in blood flow in different parts of the heart. For example, if can detect any abnormal flow of blood next to a damaged valve. It can assess how well the heart valves are working. You do not need any special preparation before this test.

This test is done to see how the heart responds to 'stress' such as exercise. In this test your doctor may do an echocardiogram, as described above, during or soon after exercise. Or you may be given a medication that causes the heart to beat harder and faster.

In this test you swallow a probe that is attached to a thin tube connecting it to an ultrasound machine. This views the heart from within the gullet (oesophagus) which lies just behind the heart. This can give a clearer view of the heart than normal echocardiography. It is done in situations where a very detailed picture is needed. For example, to assess valves before surgery is done to repair damaged valves, or to assess the extent of infection of a heart valve.

Further reading and references

  • ; Transoesophageal echocardiography. Heart. 2005 Apr91(4):541-7.

  • ; Basic transthoracic echocardiography. BMJ. 2005 Jun 18330(7505):1432-6.

I have chest and left arm pain whenever I consume even half a tea spoon of Caffeine,and sometimes out of the blue as well, I have done 2 CT scans, 2 stress tests (one Echo stress test), blood test...

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