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DIGITAL DOPPLER ULTRASOUND (USG)
USG is the imaging of organs in the body using high frequency sound waves.

First, sound waves are sent to the body through the probe. Sound waves returning from the body are collected by the probe and converted into electrical energy. It is made into an image by means of a computer.

It is used to examine many parts of the body. Its main areas of use can be summarized as intra-abdominal organs, thyroid gland, breast, prostate gland, pregnancy follow-up, heart, and arterial vessels.

It has been used for diagnostic imaging for more than 30 years. With the current information, it has been proven that it has no harmful effects on the body and it is extremely safe.

The method that has been used for such a long time has gone through many stages. The technology achieved today is far superior to those before it.

Many early stage diseases that were not seen before can be diagnosed and treated. Thanks to its high resolution, it facilitates US-guided biopsies and directs the treatment.
FREQUENTLY ASKED QUESTIONS

How should I prepare?
12 hours of fasting is required for abdominal examinations.
It is desirable that the bladder be full in examinations for the pelvic area.
No preliminary preparation is required for superficial organ examinations such as thyroid and breast.

How is the review done?
A gel is applied on the area to be examined. It can be deleted after the inspection. Does not leave any stain.
No medication is used during USG examinations.
It usually takes 10 to 30 days, depending on the area of study.

Will anything be felt during and after the examination?
USG examinations are generally painless, quick and easy.
After the examination, normal daily activities can be resumed.

Are there any risks?
No known harmful effects on humans.

What are its limitations?
Sound waves cannot pass through air and gas regions. Therefore, ultrasound may not be sufficient in some areas. In this case, more advanced imaging methods are recommended.
Image quality may not be sufficient in obese patients due to the inability of sound waves.