What are the use for heart ultrasound?
heart ultrasonic device uses sound waves to penetrate the body for medical evaluation. The analysis of reflective formulas of ultrasonic wavelengths is also called echocardiogram, also able to describe in detail the internal structures even in motion. This non -invasive procedure is better than traditional X -ray techniques because ultrasonic signals are not harmful to the body and do not provide any side effects. The echocardiogram device is used to evaluate heart anatomy, pathology and function. There are several procedures: These include the transttoracal echocardiogram, the transesofogeal echocardiogram (TEE), stress echocardiogram and intravascular ultrasound. Typical heart ultrasonic device can ensure that blood and heart tissue speeds in real time can ensure. Helps locate any communication problems between the left and right sides of the heart. The heart ultrasound can also detect valvular regurgitation or blood leakage valves.
It can also help in calculating heart dispensing and dimensions. The flow volume can be estimated by measuring the diameter of the aortic ring. This procedure, when done correctly, provides accurate measurements; However, the two -dimensional echocardiogram can often introduce a significant error into these and similar calculations and must be skillfully made. The device used by ultrasound of heart ultrasound is actually identical to the device used in the abdominal or prenatal sonograms. In the case of echocardiogram, however, the physician may examine the heart structure to evaluate the function and find any problems that occur as a result of defects; They may include a murmur, as if heart valves do not close properly or damage the heart attack.
The physician can usually be used to assess the general heart condition of the echocardiogram. This also allows medical observations for any presence of the disease. The procedure can help continuously evaluate health progress in Prustle of time or after surgery or medicine.
Transthoracal echocardiogram is a standard process of laying a converter at the top of the chest for basic evaluation. The transesofogeal echocardiogram inserts the converter into the esophagus to obtain values with less disturbing from the lungs and chest. Testing the echocardiogram of stress is used, while the patient practices on a treadmill or stationary cycle to assess the increased pumping effect of the heart. Echocardiogram of Dobutamin or Adenosine/Destamibi echocardiogram does the same but with drugs. Intravascular ultrasound uses a catheter inserted through the weakness to find indications of atherosclerosis or blocking in blood vessels leading to the heart.
and three-dimensional echocardiogram can display a static or moving image of the heart function. This can be overlapped to distinguish different structures of the heart. This instrument provides doctors and other medical experts to live representation of heart systems that work together to evaluate SR healthDCE and located any problem areas.
On the other hand, the abdominal ultrasound analyzes the conditions of internal organs such as liver, kidneys and stomach. The heart ultrasound focuses on the heart aorta, four valves and the chambers and the power of its power lines. High -frequency sound waves of sonography can provide different types of display; They could include adaptive color doppler, two -dimensional or three -dimensional display with multiplanar views and doppler pulse or continuous waves. These skills allow the equipment of a wide range of medical evaluation requiring a number of specialties for proper evaluation.
The heart ultrasound results can often be reviewed between a technician and a cardiologist. Results may indicate pathology or non -patology for the purpose of determining the correct treatment. This procedure can also be used in animals in veterinary contexts.