TTE Bubble test, cardiologist examination, cardiology. Ultrasound of the heart. Heart and pressure holter

The TTE Bubble test is a specialized ultrasound of the heart that uses contrast to enhance the visualization of cardiac structures and functions. This diagnostic method helps detect abnormal passages in the heart, such as patent foramen ovale (PFO) or septal defects, which may pose potential risks to the patient's health. During the test, microballoons are injected into the venous circulation, and ultrasound follows their passage through the heart.

The TTE Bubble test is performed with the patient lying on a bed, usually on the left side, to facilitate visualization of the heart. The doctor places the ultrasound probe on the chest area and begins a standard ultrasound recording. During this process, microballoons are injected into the patient's vein (most commonly in the elbow) through an IV. As the balloons move through the bloodstream, an ultrasound device tracks their movement through the heart.

This test is done to identify possible abnormalities in the structure of the heart, such as PFO or septal defects, which can lead to serious health problems, including embolisms and strokes. The TTE Bubble test is useful in evaluating patients with unusual symptoms, such as syncope or migraines, when cardiac abnormalities are suspected. This diagnostic method allows doctors to make informed decisions about further tests or therapy.

The duration of the TTE Bubble test is usually between 30 and 60 minutes. During this time, the doctor will perform a standard ultrasound of the heart before injecting the microballoons, then monitor their movement through the heart and analyze the images. Duration may vary depending on the complexity of the case and the need for additional analyses. After the examination, the patient can immediately resume his daily activities, since the procedure is non-invasive and does not require special preparation.