Pricing:

$9.75

For one month's supply.

Which is all that you will need.

And Free Shipping

IOSAT [potassium iodide] is the only FDA approved Radiation Protective, thyroid blocking, product sold to the general public.

ONLY IOSAT:

1. Meets all FDA requirements for potassium iodide as a radiation protective, and is labeled and packaged in accordance with US government guidelines. Has demonstrated all quality controls and passed all FDA requirements for purity, quality, safety, and efficacy.

2. Comes full strength (130 mg of potassium iodide per tablet) in accordance with FDA demands for complete thyroid blocking.

3. Contains no potassium iodate or other adulterants. Contains only pure potassium iodide as the active ingredient.

4. IOSAT [potassium iodide] is manufactured in the United States under strict FDA "GMP guidelines," and holds an approved "New Drug Application" (NDA).

5. IOSAT [potassium iodide] was the first product of its kind (since 1982) and is the only product which can be purchased by local, state and federal governments. Is widely purchased by nuclear utilities.

6. IOSAT [potassium iodide] offers unit dose packaging for maximum shelf-life and allows for individual tablet distribution without fear of loss of packaging integrity.

FOR PROTECTION IN A RADIATION EMERGENCY

Packaged in Foil
Potassium Iodide is sensitive to any type of moisture even from the air. It will become unstable if exposed to the least amount of humidity. If it is stored in a bottle that is opened everyday it will begin to decompose. The KI will disappear and you won't know it. The IOSAT Potassium Iodide KI pill is sealed in foil to product integrity, maximum shelf-life.

Purchasing many packs of IOSAT allows you to store it where it is needed, your office, home, purse, and jacket. Most of the other companies selling KI sell in bottles of 50 to 200 pills. Where do you plan on keeping this product when you need it? IOSAT™ pills can be separated from the rest (they're perforated) and kept in its sealed foil to store in a wallet, child's backpack, etc. The official expiration date of IOSAT™ is 5 years. However, because of the foil-sealed packaging, pills manufactured 16 years ago recently tested as effective as when originally made.

One pack of IOSAT (14 pills) is all that's needed (and FDA approved) for a month's protection.
Don't take any more because it lead to symptoms of hypothyroidism. It should be taken each day you are exposed to radioactive iodine. Chances are you would never use up all 14 pills in a single radiation emergency. The radioactive iodine would have blown away from you and you would have escaped the immediate area. In any case, since radioactive iodine has a half-life of 8 days, it has decayed by 93% within a month's time. So, if you used just a few pills the rest would still be sealed for any future use.

The reason the FDA only approves Potassium Iodide to be sold in packs of 14 pill packs is that since only the thyroid absorbs iodine, each day you take a pill your thyroid will receive a surge of stable iodine and effectively have its iodine-absorption fulfilled for the day. If you continued this regimen for 14 days your thyroid would be virtually saturated with stable iodine and could not absorb any additional iodine (including the radioactive type) for an additional two weeks. Thus, a total of a month's protection for an adult.

If you were getting exposed continually to radioactive iodine for a day or two or fourteen, doesn't it make sense to take the only FDA-approved product that is its pills individually sealed to keep it fresh? Try to find another company that sells a product even closely similar.

RADIATION PROTECTION
IOSAT is the first radiation protective tablet available to the general public.

Experts agree that its prompt use would be the most effective measure available to protect millions of people who would be at risk in a nuclear accident or under a radiation threat from a terrorist nuclear weapon. These FDA approved tablets contain potassium iodide (KI) which provides virtually complete protection from radioactive iodine [ RAI ], the contaminant that causes thyroid cancer. Should RAI ever escape, the health effects would be disastrous.

It has already happened. RAI released from the 1986 Chernobyl nuclear accident spread throughout Europe for hundreds of miles. According to the United Nations International Thyroid Project, this led to over 11,000 cases of children's thyroid cancer by the year 2000, with thousands more expected to occur before the disease peaks in about 2010.

But investigators, including the UN, the World Health Organization (WHO), the US FDA, the US Nuclear Regulatory Commission (NRC) and The American Thyroid Association, uncovered the following unexpected findings at Chernobyl:

1. Thyroid cancer was the only prominent health problem to effect the general population. Although the accident released many types of radioactive isotopes to the environment, all of the injuries (to people located more than a few miles from the reactor) were limited to just the effects of radioactive iodine. As the NRC and WHO have reported, "except for thyroid cancer, there has been no confirmed increase in the rates of other cancers, including leukemia…attributed to releases from the accident. In addition, there is no evidence of any
excess hereditary disease in children born after the accident."

In other words, the use of IOSAT can safeguard people from most of the danger of a nuclear accident.

2. The accident was not local. Within five years of the accident, children's thyroid cancer began appearing throughout Europe. According to the NRC, "the vast majority of the cancers were diagnosed among those living more than 50 km (31 miles) from the site." Others reported identical findings, with the WHO noting, "the increase has been documented up to 500 km from the accident site, [and that] significant doses can occur hundreds of kilometers beyond emergency planning zones."

At the time of the Chernobyl accident, Soviet authorities immediately distributed large amounts of potassium iodide to people living within 30 miles around the plant in order to neutralize the radiation. This protection was effective. As shown below, only 3% of the recorded cancers took place near the Chernobyl reactor. But farther away (beyond 30 miles) almost no KI was available, and children in these areas suffered dramatically. Without KI, children's cancer rates soared, with 97% of the cancer taking place more than 30 miles from the reactor. Perhaps most disturbing was that 17% of the cancer occurred more than 350 km (200 miles) distant. In Poland, though, the government distributed KI to every child. Poland, alone among the countries in the area, suffered no cancer due to Chernobyl.




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