Phantom Tissue-equivalent

Tissue-equivalent phantoms are special devices that are used to assess dosimetric safety in medical procedures. These devices are used to determine the dose of radiation a patient is exposed to during X-rays, CT scans, or other diagnostic and therapeutic procedures.

The operating principle of a tissue-equivalent phantom is based on the fact that the device simulates the volume of tissue that must be irradiated during a specific procedure. In addition, the tissue neural equivalent phantom also reproduces the geometry and size of the room in which the procedure is performed.

Tissue phantoms are important for ensuring the safety of patients and personnel in medical diagnostics and therapy. Through the use of tissue-equivalent phantoms, it is possible to assess the level of radiation dose that may harm the health of patients, as well as determine the optimal settings of procedures for maximum efficiency and safety. No special knowledge or qualifications are required to conduct dosimetry assessment using a tissue-embedded phantom.