Thyroidogenic

Thyroid regulation

Thyroid regulation is a process in which the activity of the thyroid gland depends on the level of thyroid hormones produced in the body, and not on external factors. This process plays an important role in the regulation of many physiological processes, such as growth, development, metabolism, etc.

The main role of thyroid regulation is that it allows you to maintain an optimal level of thyroid hormones in the blood, which is necessary for the normal functioning of the body. If the levels of these hormones are too high or too low, it can lead to various thyroid diseases such as hypothyroidism or hyperthyroidism.

Thyroid hormones play an important role in many processes in the body. They regulate metabolism, growth and development of tissues, and also affect the functioning of the cardiovascular system, nervous system and other organs.

In addition, thyroidogenic mechanisms may be involved in the regulation of many other physiological processes. For example, they can affect the functioning of the immune system, the production of stress hormones, and even the behavior of animals.

In general, thyroid regulation is an important process in the human and animal body, which must be maintained for the normal functioning of all organs and systems.

Thyroid liver damage is a secondary liver injury secondary to inflammatory diseases of the thyroid gland (thyroiditis).

Thyroiditis is a disease in which inflammatory damage to the thyroid tissue occurs without or with the participation of a viral infection. As a rule, it occurs with damage to its tissue. It occurs in representatives of different age groups, but is more often observed in children, young and elderly women. There are three types of thyroiditis:

1. Adenoma (“nodular form”) 2. Autoimmune thyroiditis (AIT, Schittgaun) - damage to endocrine gland cells. For example, not only antibodies to various components of glandular tissue, but also autoantibodies can be formed on the basis of plasma cells. Moreover, due to the many varieties of the latter, the patient is not always diagnosed with Graves' disease. With Autoimmune thyroiditis, the amount of hormones in the skin is reduced. She becomes pale. A red rash in the neck area also often appears. A subacute, non-toxic goiter develops. The gland doesn't hurt. Often, when the thyroid gland is damaged, a reduced rate of methanation is diagnosed. The specific marker is ATPO. A large number of different forms of antibodies are found in the blood. 3. Granulomatous (lymphocytic)

In addition to AIT, thyroiditis also includes toxic diffuse (it is characterized by the development of edema around the gland), Aplastic (in Aperkas thyroiditis, the thyroid gland stops doing its job) and subacute form.