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Re: Iodine removing Fluoride and Halogen Displacement Theory by Ferventer ..... Iodine Supplementation Support by VWT Team

Date:   5/6/2014 9:09:52 AM ( 11 y ago)
Hits:   3,808
URL:   https://www.curezone.org/forums/fm.asp?i=2171967

simply put:

Kikcing out of the body is not the same as kicking it out of a receptor.

A receptor site is part of a cell, cells often have many receptors and can upregulate(create more) and downregulate(reduce the number) of them based on biofeedback mechanisms and need. Cells often have many different receptor types and these receptors are like key holes in locks. Only certain chemical messengers "fit" each type of receptor and once filled the receptor is basically incapacitated or triggers a chemical response and its job is done and its replaced by a new receptor.

The problem with toxic halides is that they can occupy the same receptor that Iodine does HOWEVER only Iodine will actually trigger the needed biochemical response. The other halides just occupy the receptor without activating it and by doing so prevent Iodine from attaching to it. Toxic halides are therefor a double whammy.

My above analogy (with trappers input) still holds true. The body is the bucket, the bucket will only hold so many halides(toxic and non toxic) and it cant really differentiate between the good and the bad. By increasing iodine intake we therefor over fill the "bucket" causing excess to be removed from the body via urine. What comes out is not just the toxic halides but iodine as well and as we continue to flood our bodies with excess iodine we increase the chances that iodine will find a receptor before a toxic halide does AND we increase the total amount of halides in the body forcing excretion.

In essence what you are doing is diluting the toxic halides by flooding the system with iodine. You will never get rid of all toxic halides but you can greatly dilute the concentration by adding iodine.

You seem to be confusing body content of halides with cell receptor content of iodine. Once again iodine is not going to knock fluoride out of a receptor BUT if you have a 100:1 ratio of iodine to fluoride you can certainly increase the odds iodine will attach to any given receptor and do its job.



 

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