What is the tissue Doppler's view?
Tissue Doppler depiction is a non -invasive medical ultrasonic method. Using this method, health workers can assess the internal structure of the body without the need for costly and dangerous invasive procedures. The high -frequency sound is used to create a picture of different tissues in the body using the Doppler effect. In tissue doppler imaging, a high -frequency sound is directed to the body. Sound waves reflect back to the receiver as they hit a fixed tissue; Diagnostic images can then be created on the basis of the time for which the sound took to bounce back. It consists of a pocket transceiver that sends and receives high -frequency sound waves and a monitor to display the resulting image. The processing unit reads feedback from the transceiver and displays it on the monitor. This unit can also be connected to the printer to save a printed copy of the test results.
Testing procedure is performed by using gel to the skin to help the transmission of sound VLn. transceiver is then applied to this gel, which is a pipe for sound waves that pass through the gel and into the body. The technician moves the transceiver around to achieve a complete image of tissue control. By placing the image at different points during the inspection, a complete view of the tissue structures can be obtained. Laboratory technicians can read these images; Images can also be printed and added to the patient's medical set.
One of the most common uses of tissue doppler imaging is echocardiography in which technology is used to view the heart. Tissue doppler imaging can even determine the direction and speed of blood flow through the heart. In order to achieve accurate direction and speed measurement, the ultrasonic beam must be maintained almost parallel to the blood flow in the body.
6 Using the Doppler tissue displaying process, patients can be examined at an outpatient clinic rather than being hospitalized for dangerous invasive procedures. In addition to the offer of these benefits is the use of tissue DOPPLAlso much more cost -effective than invasive testing procedures.