Lymphography Radioisotope Indirect

Radioisotope lymphography (LR) is a diagnostic method that allows you to visualize the lymphatic system and evaluate its functionality. This method is based on the introduction of radioactive drugs into the patient's body, which then enter the lymphatic vessels and accumulate in the lymph nodes.

L.r. may be direct or indirect. With direct lymphography, drugs are injected directly into the lymphatic system, which allows for more accurate results. However, this method can be dangerous to the patient's health and requires special training.

Indirect lymphography is safer and less invasive. With indirect lymphography, drugs are injected into soft tissues and then enter the lymphatic system through the lymphatic vessels. This allows for a more accurate image of the lymphatic system and reduces the risk of complications.

Currently, radioisotope lymphography is one of the most effective methods for diagnosing the lymphatic system. It is widely used in medicine to diagnose various diseases such as lymphoma, breast cancer, ovarian cancer and others.

Lymphographic radioisotope indirect image

Radioisotopes are radioactive substances and are represented by alpha or beta radiation. Typically, people report that the amount of radioactive substances contained in the devices and radioactive bridge was small, usually less than 20 millibecquerels, so there is no risk to human life and health. Although examinations must be performed safely and responsibly by qualified medical personnel, there are minimal risks associated with radioactive materials. Therefore, before the start of the study, the patient and his relatives are given individual notification instructions for use if necessary. If the research is not carried out just once or twice under random circumstances, the effectiveness of the research will still be achieved. Measuring radiation intensity is an integral part of research using radioisotopes. Radiation protective equipment such as radiation dose monitors and dosimeters should be used throughout the study. During the examination, the patient must present the results of the latest examination, as well as the informed recommendations of his doctor about his state of health. It is also necessary to ensure that the patient regularly reports and maintains contact with the person responsible for the study. When developing a technical design, an assessment of the associated risks associated with the health and well-being of the population located near the proposed study site is carried out. A qualified specialist must conduct personnel training and education of workers during the planned activities. It is important to understand that research can affect the health of everyone in the research area. The technical means for measuring radiometric quantities uses a gamma radiation detection module with a Geiger-Muller counter. Personnel must monitor the operation of mechanical parts before and after use. As a rule, gamma-emitting radionuclides are widely used to diagnose pathologies in terms of infectious and tumor pathologies of organs and tissues such as the lymphatic system. In particular, lymphotropic imaging of the liver, lymph nodes and other thyroid and bronchial nodes allows one to determine the presence and extent of damage. Radioisotope drugs used for lymphotropic imaging may alter organ function if the patient refuses before the experiment begins. They affect the production of drugs in the body based on antibodies against infectious agents and in other cases when selection of the amount of medications is required. Before starting the study with application