Lymphangioadenoductography

Lymphangioadenoductography (LADH) is a method for diagnosing the lymphatic system and mammary glands by injecting a contrast agent into the lymphatic vessels and ducts. This method allows you to assess the condition of the lymphatic system, identify possible disorders and determine their severity.

LADH is carried out in an X-ray room, where a radiologist uses a special machine - a mammograph. The patient lies down on the table, and the doctor injects a contrast agent into the lymph nodes and ducts of the mammary glands. An x-ray is then taken to see how the contrast agent spreads through the lymphatic system and ducts.

LADH results may vary. In some cases, the contrast agent does not penetrate the lymphatic system, which indicates its normal functioning. In other cases, the contrast agent penetrates into the lymphatic channels, which may indicate the presence of diseases of the lymphatic system.

One of the main advantages of LADH is its high accuracy and information content. This method allows you to identify even minor disturbances in the functioning of the lymphatic system and begin treatment in a timely manner. In addition, LADH allows you to assess the condition of the mammary glands and identify possible tumors or cysts.

However, it should be noted that LADH has some limitations. For example, this method is not suitable for patients with allergies to contrast agents or heart disease. Also, LADH cannot be used to diagnose breast tumors, since the contrast agent can hide them.

In general, LADH is an important diagnostic method that allows you to identify diseases of the lymphatic system and mammary glands in the early stages. However, to obtain accurate results, it is necessary to properly prepare for the procedure and follow the recommendations of the radiologist.

Lymphatic vessels and lymph nodes are located between the skin and surrounding tissues. They transport lymph from the skin to the heart, and also remove toxic substances, damaged cells and some allergens. If the lymphatic vessels are blocked or damaged, this can lead to fluid retention and particulate matter (eg,