Did you know that radioactive particles mimic minerals? If you’re deficient in them, your body will absorb the particle that aligns with the particular mineral. As an example, here are a few of them.
Cesium-137 – mimics potassium
Strontium-90 – mimics calcium
Iodine-131 – mimics iodine
The most hazardous isotopes* normally released in nuclear accidents are known to be cesium-137 (Cs-137), iodine-131 (I-131), and strontium-90 (Sr-90). These isotopes have half-lives sufficiently long to allow them to migrate into the body or, in the case of iodine, have the tendency to accumulate in the thyroid gland. These radioactive particles readily fill the nutritional holes left by deficiencies of potassium, calcium and iodine.
Radioactive elements are similar in structure to their nonradioactive counterparts, differing only in the number of neutrons the atoms contain. Because of this, nutrition plays an important role in protecting the body from damage caused by radiation. Deficiencies of calcium, potassium and other minerals make the body more likely to absorb radioactive elements.
Mineral Deficiencies
The fact is that minerals are as important to us as they are to plants and without them taking up their correct positions in our cells it is impossible to remain strong and healthy for long. We wilt just like plants wilt, and if we add dehydration to the list, a commonplace medical condition, then we and our children have great difficulty clearing heavy metal and radioactive contamination from our bodies.
Without enough minerals our cells become like Swiss cheese—full of holes that can be filled with heavy metals like mercury that is everywhere, even in our teeth, thanks to the dental industry, and in some of the vaccines given to our children—an absolute medical abomination.
With today’s pollution of chemicals and heavy metals, the increasing radiation coming from Japan and other nuclear threats—toxic medical and dental treatments—combined with the vastly decreased quality of our foods, it is vitally important that we learn how to confront these threats with some new medical principles and practices.
Mineral Deficiencies/Radiation Resistance (drsircus.com)
*isotope: any of two or more atoms that have the same number of protons but differ in the number of neutrons, or that have the same atomic number but different atomic weights.
There is a lot more information that we will share with you later.