Well Marshall,

It would be wise to design an experiment that reflected the fate of
silver in the body. That would require the CS to spend time in HCl pH 2,
bumping into the transport enzymes found in the intestines, close
encounters with plasma proteins, sulphydral and seleno-hydral groups,
vit C and E and of course Cl- ions. This list is not exhaustive of
course but I should think that most of the silver will now be silver
compounds (shudder) and will be light sensitive in the presence of
reducing elements.

If clumps of silver repel each other how can that happen if they are not
ions?
Name one mineral that exists in the body other than as an ion or
compound.
If silver is present as the uncharged metal and not as ions how can it
react with anything?

Ivan.

----- Original Message -----
From: "Marshall Dudley" <[email protected]>
To: <[email protected]>
Sent: Tuesday, 21 November 2000 04:21
Subject: Re: CS>again


> [email protected] wrote:
>
> > Chuck: Which, as Ivan has pointed out, is NOT true for typical
silver nitrate
> > preparations. Perhaps THAT'S why, from a purely delivery
perspective, only
> > silver compounds cause argyria. It's not the FORM of silver that
causes
> > argyria (since, according to Ivan, the body can only absorb silver
ION), it's
> > the amount, which, for all practical purposes, can be delivered only
by
> > silver compounds. This idea may help us examine the longer term
issues. If
> > studies can be cited whereby ingesting silver in the form of its
compounds
> > has no ADDITIONAL long term side effects (beyond agyria), it is
practically
> > impossible for CS to have them. If, on the other hand, such studies
connect
> > silver compounds with OTHER long term negative side effects, long
term CS
> > studies would still be needed to demonstrate such a connection.
Roger
>
> I still maintain that there is a BIG difference between how a single
atom ion of
> silver, such as you have in compounds, acts as opposed to the
multi-atom clump of
> atoms ion that is in CS.  The multiclump atoms are self repelling, and
thus do not
> tend to aggregate in the tissues, and become stuck.  They are also not
light
> sensitive as compounds of silver are, which is essential for argyria
to develop.
>
> I am going to try an experiment when I get a chance. I will soak some
tissue in
> both silver nitrate and colloidal silver and expose to light and see
what
> happens.  I bet the silver nitrate tissue turns dark and the CS one
does not.  How
> can the CS reduce to metalic silver?  It is already metalic silver.
>
> Marshall



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