What is bradycardia-tachy syndrome? | Bradycardia

What is bradycardia-tachy syndrome? Tachycardia is characterized by a too fast heartbeat and is the opposite of bradycardia. As a rule, one speaks of tachycardia when the heart rate exceeds 100 beats per minute. In a bradycardia–tachycardia syndrome, there is a sudden change between slow and too fast heart rates. Often the fast heart rate … What is bradycardia-tachy syndrome? | Bradycardia

Autonomous adenoma of the thyroid gland

Definition An autonomous adenoma of the thyroid gland is a benign node (=adenoma) consisting of thyroid tissue that produces uncontrolled (=autonomous) thyroid hormones. Due to the excessive production of thyroid hormones, patients therefore often suffer from hyperthyroidism. The following text explains what the causes of such an autonomous adenoma can be and how it can … Autonomous adenoma of the thyroid gland

Laboratory values | Autonomous adenoma of the thyroid gland

Laboratory values The most important laboratory values in thyroid diagnostics are the actual thyroid hormones fT3 and fT4, as well as the regulatory hormone TSH. TSH is produced in the brain and stimulates the thyroid gland to produce its hormones (fT3 and fT4). The thyroid hormones, on the other hand, have an inhibitory effect on … Laboratory values | Autonomous adenoma of the thyroid gland

Prognosis of an autonomous adenoma | Autonomous adenoma of the thyroid gland

Prognosis of an autonomous adenoma The duration of the disease in an autonomous adenoma is very individual for each patient. Many patients with an autonomic adenoma are symptom-free, their thyroid gland values are within the normal range and the lump is only detected as a random finding, e.g. in ultrasound. Of course, these patients do … Prognosis of an autonomous adenoma | Autonomous adenoma of the thyroid gland

Thyroxine

Introduction Thyroxine, or “T4”, is a hormone produced in the thyroid gland. Thyroid hormones have a very broad spectrum of activity and are of great importance, especially for energy metabolism, growth and maturation. Since thyroid hormones, and thus also thyroxine, are subject to a superordinate and very complex control circuit and depend on the presence … Thyroxine

Thyroxine Synthesis | Thyroxine

Thyroxine Synthesis The synthesis of thyroxine takes place in the thyroid gland. The thyroid gland absorbs iodine from the blood and transfers it to the so-called “thyroglobulin”. Thyreroglobulin is a chain-like protein found in the thyroid gland, which is the basis for the synthesis of thyroid hormones. When iodine is transferred, molecules with either three … Thyroxine Synthesis | Thyroxine

Water in the feet

Introduction Water in the feet is a multifaceted phenomenon that can be triggered by a variety of causes. Harmless processes can cause water in the feet, but not infrequently a serious illness can also be behind it. The medical term for water in tissue is edema. In order to understand how oedemas occur, one must … Water in the feet

Symptoms | Water in the feet

Symptoms Water in the feet is a common symptom. It is primarily noticeable as a swelling on the foot, which is usually most pronounced in the ankle area. It can occur on one or both sides, depending on the cause. The tissue can swell so much that an unpleasant feeling of tension appears over the … Symptoms | Water in the feet

Prognosis | Water in the feet

Prognosis The prognosis of water in the feet is strongly dependent on the cause.The symptoms of pregnancy, after birth or during the menopause usually disappear by themselves. If there is an underlying systemic disease, such as heart failure or cancer, the occurrence of water in the feet correlates with the success of the treatment. Thus, … Prognosis | Water in the feet