About 20 people will experience some form of thyroid dysfunction during life. The thyroid gland is part of the endocrine system that produces the regulatory hormones in the blood. Thyroid gland is located just below kadyka (larynx) and has two parts, one on each side of the throat. This gland controls many vital metabolic processes such as growth and energy consumption. Overactive thyroid called hyperthyroidism, and this condition tends to affect women more degrees than men. Approximately two out of every 100 women will experience some degree of hyperthyroidism. The most common cause is Graves' disease, is associated with immune system abnormalities. Other causes of hyperactivity thyroid include local inflammation (thyroiditis), nodules or lumps. There is no cure for hyperthyroidism, but it can be successfully managed with treatments such as anti-thyroid. Nervousness, agitation and anxiety >> << Changes in menstruation, including poorer flow and increasing the length of the cycle. The thyroid gland produces hormones thyroxine (tetra-yodtyroniniv) and three-yodtyroniniv that set the rate of metabolism in the body. The more of these hormones in the blood, the faster the metabolism. Hormones called T4 and T3, respectively, indicate the number of atoms of iodine to each hormone. The body needs about 150mcg of iodine per day to the thyroid gland has enough hormones. Pituitary gland in the brain regulates hormones by releasing a chemical called thyroid stimulating hormone (TSH). The most common cause of hyperthyroidism is Graves' disease. Pathology of the immune system and causes. The immune system is a set of special cells and chemicals that fight infection from foreign agents like bacteria and viruses. One of the key elements of the immune system is an antibody which is a type of individual "poison" of lymphocytes (white blood cells) to kill a particular foreign agent. In humans with Graves' disease, the immune system produces antibodies which behave like TSH to stimulate the thyroid uncontrollably. Less than one percent of the population has Graves' disease. Eight times more women than men, this condition. Graves' disease is more common in middle age, although children and adolescents may also be affected. No one knows what causes Graves' disease because it causes autoimmune fully understood. Stress, both physical and emotional, are known to affect the immune response and appears to be some relationship between stress and the occurrence of autoimmune diseases - including Graves' disease. Autoimmune conditions have different genetic elements, with some family lines, with some cases of Graves' disease and other autoimmune conditions. It is likely that the genetic inheritance of some people can attract them to Graves' disease. Another cause is excessive iodine intake. Radio-opaque media, and a number of disinfectants containing much iodine can cause Graves' disease in susceptible individuals. As well as general symptoms of hyperthyroidism, a person with Graves' disease shows certain symptoms, including:
thyroid eyes, causing inflammation and bulging eyes in 50 percent of >> << Coarsening and reddening of the skin leg. Hyperthyroidism can be diagnosed with simple blood test that measures levels of thyroid hormones. A person with hyperthyroidism have high levels of thyroxine, but low levels of TSH. The presence of thyroid stimulating antibodies can be tested and, if present, confirms the diagnosis of Graves' disease. If hyperthyroidism is associated with nodules, radioactive thyroid scan shows individual cell hyperactivity. There is no cure for hyperthyroidism, but there are ways to successfully manage the condition, including: Medications >> << - thyroid gland depends on iodine to thyroid hormones. Thyroid drugs interact with the possibility of cancer using iodine. Approximately one in four people will experience a long period of remission after one year or more anti-thyroid. Side effects of medications include skin rashes and joint pain. Patients on these drugs who experience fever or influenza-like symptoms should seek medical attention immediately, as drugs can suppress the immune system. Radioiodine therapy - radioactive iodine is perceived as a drink. Iodine is absorbed by active cells of the thyroid gland, which then killed. Other cells do not absorb iodine. Radioactive iodine and then excreted in the urine, no side effects. One dose is usually sufficient to control hyperthyroidism, but one or two of these procedures may be required. Patients should avoid contact with adults for several days and with children and pregnant women in the longer term. Surgery - some or all of the thyroid gland removed surgically under general anesthesia. There are normal surgical risks associated with this procedure and the possibility of damage to parathyroid glands (located near the thyroid gland) and nerve supply of the vocal cords. The man who had hyperthyroidism should lasix 500 mg have his or her level of thyroid hormones (TSH, T4 and T3) checked on a regular basis. This is because most people who treat hyperthyroidism eventually develop hypothyroidism. Treatment of thyroid gland results in order to be reduced. Symptoms include lethargy, sudden weight gain, constipation and sensitivity to cold. Hipoaktyvnosti hormone treated with thyroxine tablets. This switch from overactive to the thyroid may seem like treatment simply replace one condition to another, but hipoaktyvnosti easily treated with hormonal without side effects, whereas untreated overactivity is a serious condition that is invariably fatal if allowed to persist. Endocrinologist. The thyroid gland controls important metabolic processes such as growth and energy consumption. Hyperthyroidism means the thyroid is hyperactive. The immune system abnormality called Graves' disease is the most common cause of hyperthyroidism. People usually treat hyperthyroidism by thyroid - called hypothyroidism. .
As a result, normal levels of IgG can be confusing. Subtypes are numbered relative amount of serum: IgG-1, IgG-2, IgG-3, IgG-4. IgG-1 is located in the highest amount in the blood and against foreign proteins. IgG-2 against cell wall polysaccharides of invading microorganisms. IgG-2 deficiency is associated with recurrent infections, including sinus or lung infection. IgG-3, it is directed mainly against foreign proteins. Isolated IgG-3 deficiency is the most common subclass deficiency and associated recurrent respiratory infections. IgG-4 is higher in people with allergic diseases and may block the IgE response. IgG-4 increased after shots allergy may be the mechanism of desensitization to allergens. Isolated IgG-4 subclass deficiency is more common in patients with recurrent respiratory tract infections. Zinc in several effects in the range of support skin barrier in gene regulation. Sera measuring zinc is insufficiency of the immune profile. Zinc deficiency is associated with dermatitis, poor wound healing, retardation in growth and sexual development. Very low values associated with loss of taste and smell, abdominal pain, diarrhea, skin rash and loss of appetite. Zinc also acts as an antioxidant and stabilizes cell membranes. Immunoglobulins IgA, IgM, IgE, IgG and IgG subclasses 1, 2, 3 and 4, and zinc. 3 ml of serum collected in royal blue, led no additive tube. Serum should be 