How Iodine Is Affecting The Whole Body

The radioactive form of an element acts in the same way the nonradioactive form does. When a person ingests iodine it concentrates in the thyroid gland whether it is in a radioactive or nonradioactive

Doctors use Iodine-131. Iodine-131 can be used to treat someone with hyperthyroidism. It can also be used to treat thyroid cancer. It can also be used as a type of medical imaging.

Instead, there are molecules in the planet which compete with iodine, which goes into the thyroid, but this can only cause problems in those that have low iodine levels.

Iodine's most effective responsibility is within the formation of two thyroid hormones. Such a is thyroxin; which is required with the aid of the hair follicles and sebaceous glands for correct functioning. Thyroxin helps nourish these hair buildings. Iodine deficiencies can show up as premature grey hair, dull hair, and loss hair.

Iodine is a chemical element with symbol I and atomic number 53. Iodine is a lustrous, metallic gray solid under standard conditions. Iodine atoms have an electron configuration of (2, 8, 18, 18, 7) and 7 outermost shell electrons. Iodine is in group 17 and period 5 of the periodic table. Iodine commonly forms the anion I- by receiving an electron, reaching a stable electron configuration. Iodine is a halogen.

There were 3 different tasks that were simultaneously done at the same time. First, a 250ml beaker filled with DH2O mixed with 20 drops of Iodine Potassium Iodide (IKI for short) was retrieved. Then,15-20 ml of 15% m/v glucose solution mixed with 1% m/v starch solution was brought. Finally, the presoaked dialysis tube was taken back to the station. Goggles, an apron, and gloves where worn for safety purposes because IKI is irritant to the skin. The dialysis tube was presoaked in water before the lab so that it would become more pliable.

Iodine 123 is a substance that is used to see where any thyroid tumours are in the body. Both thyroid cancer and thyroid tissue trap iodine. This helps us find where there is active thyroid cancer. This procedure is called a diagnostic thyroid cancer survey. If thyroid cancer is found during your survey, you may have it treated with a dose of a radioactive iodine called Iodine 131. This is called a therapeutic dose.

The element cobalt was discovered by Swedish chemist Georg Brandt in 1730. Cobalt had been unknowingly used in pottery for centuries, but Brandt published his scientific results about the metal in 1739. The blue color given off when cobalt is used in pottery was originally thought to be because of another element, bismuth; Georg proved this wrong. At first there were speculations of whether or not that this was a new element. Some other scientists claimed it was just a compound of iron and arsenic. Eventually it gained the recognition it deserved as an element.

One of the drawbacks of using iodine is its low solubility in water, as well as its potential staining of teeth. One path to overcome these disadvantages is changing the drug delivery of iodine. Iodine complexed with polyvinyl pyrrolidone(PVP),to form povidone-iodine(PI), increase water solubility, decrease irritation and decrease the staining caused by pure iodine.(13)

Manganese and Iodine are both elements on the periodic table. Both are used greatly in our lives every day.

Seaborg and John Livingood in 1938 at the University of California, Berkeley Radiation laboratory. The scientist discovered uses for its radioactive properties and by 1939 a paper had been published suggesting that there was a potential for its use in medical diagnostic. More research was conducted before 1946 when Iodine-131 was first used to treat thyroid cancer. Then eventually the isotope was used for detection of brain and liver tumours during the

In the Iodine Clock reaction experiment, we stall a reaction by having Iodine changed rapidly by two chemicals between it’s two forms. These two forms have slightly different properties. The first form of iodine is I⁻. This is not an indicator of starch. The second form of iodine is I₂. This type is an indicator of starch(a chemical that changes color in the presence of a starch).

Iodine consumption immediately increases the detoxification of bromide, fluoride, and some heavy metals including mercury, lead, cadmium, and aluminum. Bromide and fluoride are only removed by iodine, and no other chelator or detoxifying technique. Many people know that toxic halides, such as fluoride and bromide, have an effect on the receptors in the body similar to iodine, and can inhibit iodine absorption and binding in the body. Even though iodine is part of the halides family, which are all opposing elements to iodine, they will obstruct the absorption of iodine. We are all exposed to bromine and fluorine, your bodies are storing these toxic chemicals in the receptors meant for iodine. The human body’s receptors are primitive and lacking

Iodations of all salt known as USI for both human and animal consumption, is the major global strategy of choice for feasible and effective control of iodine deficiency. Iodization levels are usually measured based on estimated consumption of salt, with an estimated individual average consumption of around 10g of salt per day in countries where most of the salt in the diet comes from table salt, used for cooking and at the table. It is recommended by the WHO, UNICEF and ICCIDD that, 20 mg to 40 mg of iodine per kg salt be added to food products depending on local salt intake (15, 19, 31). It has subsequently been recommended that a more cost effective way of addressing the problem of IDD for most developing countries is by adding iodine to universally consumed products such as common salt, as done in most

It was the triiodide ion that is mostly responsible for the orange-red-brown color since iodide was colourless and since iodine is not very soluble in water. As the reaction was progressing, the coloured solution began to fade to orange, yellow and finally became colourless.  As these colour changes occur, the temperature of the solution was decreasing gradually until it has finally reached room temperature.  This change in colour was due to two factors.  First, all of the solid and dissolved iodine had reacted with the zinc to produce iodide and zinc ions, both of which are colourless substances.  Secondly, the red-brown solution of triiodide ions also reacted with zinc metal to produce the colourless iodide ions.