Radioductography

Radioductography: what is it and how does it work

Radioductography, also known as ductoradiography, is a method of imaging the channels and ducts inside the human body. This technique uses high frequency radiation waves to create detailed images of internal organs, tissues and structures.

How does radioductography work?

Radioductography works by injecting small amounts of radioactive material into the body, which travels through blood vessels and ducts. This substance emits radiation waves, which are then detected and recorded by a device located outside the body.

Using computer processing of data obtained as a result of radioductography, it is possible to create detailed two- and three-dimensional images of internal structures and organs, such as the esophagus, stomach, intestines, bile ducts, bladder and others.

When is radioductography used?

Radioductography can be used to diagnose various diseases and conditions such as tumors, infections, bleeding, diseases of the biliary tract and urinary system. It can be used as an independent diagnostic method or in combination with other methods, for example, X-ray tomography or ultrasound.

Advantages and limitations of radioductography

One of the main advantages of radioductography is its ability to create highly detailed images of internal structures and organs. In addition, it is a safe and non-invasive procedure that does not require surgery.

However, radioductography has its limitations. First, it may not be effective in imaging soft and low-density tissues. Secondly, its use is limited due to the use of radioactive substances, which can be harmful to health if used in large quantities or if the patient undergoes frequent radioductography procedures.

In conclusion, radioductography is an important diagnostic method for identifying various diseases and conditions of internal organs. However, like any other diagnostic method, it should be used with caution and only when necessary.

Radioductography is the process of using special contrast agents during ultrasound examination (US) to obtain images of hollow organs. An acceptable research method has clear boundaries and allows the doctor not only to detect various anomalies in the body, but also to estimate their size. These images can be recorded separately, after which it is convenient to enlarge them to the size of the entire organ and compare the condition before and after the intervention. Thanks to modern techniques, the diagnosis of internal organs is carried out repeatedly and more accurately, and the patient’s age does not play a role.

Radioductography is used for