Tomography Ultrasound (Ultrasonotomography), Echotomography (Echotomography)

Tomography Ultrasound (Ultrasonotomography), Echotomography (Echotomography) - the use of ultrasound to study the internal structures of the body by obtaining images that are reflected from various depths of these structures. The image of the body structures located inside such a “slice” is obtained similarly to the methods of radiographic examination, but only on a tomogram (see Tomography).

Ultrasound tomography (Ultrasonotomography) and Echotomography (Echotomography) are medical research methods based on the use of ultrasonic waves. These techniques produce images of internal body structures such as organs, muscles and bones by producing reflected ultrasound waves.

The use of ultrasound to study the internal structures of the body by obtaining images that are reflections from various depths of these structures. The image of the body structures located inside such a “slice” is obtained similarly to the methods of radiographic examination, but only on a tomogram (see Tomography).

Ultrasound tomography is a safe research method that does not use ionizing radiation, unlike X-ray tomography. This method is especially useful for examining soft tissues such as muscles, tendons, lymph nodes and abdominal organs.

Echotomography, or ultrasound (Ultrasound), is used to examine many organs, such as the heart, liver, kidneys and thyroid gland. In addition, this method allows you to examine the fetus in the womb and determine its position, size and development.

To conduct ultrasound tomography, it is necessary to prepare the patient, which may include some dietary restrictions and medication. Echotomography, in turn, does not require special preparation and can be performed painlessly.

The resulting images using ultrasound tomography and echotomography allow doctors to assess the condition of internal organs and tissues, diagnose diseases and determine the effectiveness of treatment. Due to the safety and availability of these methods, they are widely used in medicine and have found application in various fields such as obstetrics, gynecology, oncology and cardiology.

Tomography Ultrasound and echotomography are important diagnostic methods that allow you to obtain a complete picture of the condition of internal organs and tissues without the use of ionizing radiation. They are safe, non-invasive and affordable methods that allow doctors to diagnose diseases at an early stage and prescribe effective treatment.

Tomography Ultrasound diagnostics (Ultra Sonographie Tomographie = USTO) and Echography (Ehotoskografie = ESCO) are based on the use of special methods of ultrasonic waves to examine the internal state of the body.

Ultrasound is sound waves that are reflected from hard surfaces such as bone or an organ. These sound waves are transmitted in the form of pulses through an acoustic transducer, which converts the sound waves into electrical signals. These signals are then transmitted to a computer where they are analyzed and converted into images in real time. The images produced by ultrasound and echography are visual representations of anatomical structures such as skeletal structures, soft tissues, organs and fluids within the body. Using ultrasound waves of different lengths and frequencies, it is possible to determine various properties of tissues and organs within the body. For example, these diagnostic methods are used to visualize a hematoma (collection of blood), identify cystic formations, disorders of cerebral vessels, or pathologies of cardiac structures. Widespread applications of ultrasound tomography in medicine include:

- diagnosis of cancer and other malignant tumors in children and adults - detection of renal cell cancer - examination of the genitourinary system - studies of liver and biliary tract diseases

In cases of any deviations from the norm, the doctor can collect additional information about the diagnosis using digital image processing methods, scanning, as well as additional detailed equipment. Other special actions can also be carried out to further eliminate complications and injuries, if necessary.