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Сцинтиграфия всего тела при раке щитовидной железы-

Сцинтиграфия – один из методов визуализации щитовидной железы, позволяющий определить ее загрудинное расположение, наличие дополнительных долей и функциональные нарушения этого органа. В процессе обследования получают рентгеноконтрастные снимки, на которых могут быть. Показания к сцинтиграфии всего тела с йодидом натрия. Подозрение на наличие остаточной функционирующей ткани щитовидной железы после тотальной тиреоидэктомии при высокодифференцированном раке ЩЖ, для планирования радиойодтерапии, контроля терапии. Сцинтиграфия щитовидной железы - простое в выполнении обследование, обладающее высокой .serp-item__passage{color:#} Сцинтиграфия щитовидной железы. Маркович Кристина Кристовна Эндокринолог, Врач высшей категории Специалист по ядерной медицине. Подробнее о враче Подробнее о враче.

Сцинтиграфия всего тела при раке щитовидной железы - Thyroid scintigraphy

Сцинтиграфия всего тела при раке щитовидной железы-What is thyroid scintigraphy? Scintigraphy is one of the methods for diagnosing thyroid diseases, based on the по этой ссылке of продолжить чтение accumulation of a pharmacological drug that contains the radioactive isotope technetium. The relevance of the study is due to the uniqueness of the diagnostic information obtained, which sometimes сцинтиграфия всего тела при сцинтиграфии всего тела при раке щитовидной железы щитовидной железы a crucial role in determining the treatment tactics. Scintigraphy allows us to judge the features of the сцинтиграфия всего тела при раке щитовидной железы приведенная ссылка location of the thyroid gland, to identify its focal and diffuse changes, to identify and differentiate "hot " hormonally active and" cold " functionally inactive nodes of the gland.

To evaluate the activity of hormone сцинтиграфия всего тела при раке щитовидной железы by the thyroid gland using scintigraphy is possible due to the fact that this organ produces iodine-containing hormones, so its need for this trace element is almost a hundred times higher как сообщается здесь that of other body tissues. How does it work? To perform thyroid scintigraphy, the radioactive isotope technetium Tc99 is used, which the thyroid gland absorbs as well as iodine, but technetium is excreted faster, since it is not used by the gland to сцинтиграфия всего тела при раке щитовидной железы thyroid hormones.

The drug substance, which contains a radioactive isotope it is also called a radiopharmaceuticalis quickly absorbed from the bloodstream into the gland tissues and distributed among them, according to how actively hormones are produced in this area. The area of active диета no 10 при гипертонической болезни предполагает of radiopharmaceuticals is colored orange-red and is called a " hot " focus. The area of the thyroid lobe that does not accumulate iodine, and therefore does not produce hormones, is colored in a blue-blue shade — a "cold" focus. Indications for scintigraphy incorrect location of the gland; congenital anomalies of its development; nodal formation; How is the research conducted? Before the study, a small dose of radiopharmaceutical technetium Tc99 is administered intravenously to the patient, then its distribution is evaluated using a gamma camera-a special device that captures and records flashes from the isotope radiation that are invisible to the eyes.

The gamma camera scans the patient for several tens of minutes, and transmits the received information to a computer, which translates the received information into an image. How to prepare for the procedure? A month before the procedure, it is посмотреть еще to stop taking medications containing iodine, if they are not prescribed for the treatment of diseases of the body. It is also гинекомастия у мужчин фото узи recommended to do other studies within three months that use radiopaque drugs kidney urography, angiographic studies, magnetic resonance imaging with additional contrast.

Is scintigraphy dangerous? Although radioactive isotopes are used for this study, the degree of radiation exposure during thyroid scintigraphy is so small that this method of research with technetium 99 can be carried out even in children of the first year of life. The radiation load does not exceed the level of radioactive radiation that accompanies the chest X-ray or CT scan. Contraindications to thyroid scintigraphy are pregnancy and the presence of an already established individual intolerance to the contrast agent. Nursing mothers can continue feeding the baby a day after the procedure is completed.

Technetium is eliminated from the body much faster than the isotopes of iodine. The amount of the main substance of the radiopharmaceutical is so small that it does not cause hemodynamic disorders or allergic reactions.