Scintigraphy

Scintigraphy is a medical imaging technique that is used to examine internal organs and body tissues using radioactive isotopes. This method is based on the ability of radioactive substances to accumulate in certain tissues and organs, which makes it possible to visualize their structure and function.

Scintigraphy is one of the methods of nuclear medicine. This method uses radioactive isotopes that are introduced into the patient's body through injection or inhalation. These isotopes then accumulate in certain tissues or organs, creating contrast on an X-ray.

One of the advantages of scintigraphy is its high sensitivity. It allows you to detect even small changes in tissues and organs. In addition, this method provides information about the function of organs such as the liver, kidneys, heart and lungs.

However, like any other medical imaging method, scintigraphy has its limitations. For example, it may be contraindicated in patients with kidney failure or allergies to radioactive substances. Also, to obtain accurate results, certain conditions must be observed, such as correct positioning of the patient and accurate dosing of the radioactive substance.

In general, scintigraphy is an important medical imaging method that provides information about the condition of the patient's internal organs and tissues. It is widely used in nuclear medicine to diagnose and treat various diseases.

Scintigraphy is a type of radionuclide diagnostics using a scintillation beta or gamma detector. Diagnostic results are recorded using photographic film, digital methods or radiography. To prevent exposure to radiation on the subject, low radiation powers are used.

Radionuclide imaging demonstrates the function of the affected organ or the state of vital systems. In oncological practice, the method is recommended as an additional diagnostic test if a malignant tumor is suspected.

Scintigraphic studies can be used to study the function of internal organs, such as: - heart; - liver and pancreas; - thyroid and parathyroid glands; - bladder and kidneys. It is also possible to detect abnormalities in brain tissue. This test helps doctors assess the condition of the patient's cardiovascular system. Thanks to this diagnostic method, you can determine the possible risk of stroke and choose the right treatment for possible cardiovascular diseases. After a scintigraphic examination, the doctor can select the appropriate treatment for the patient.