Very interesting speculation.

One question arises; if the covalent bonds are strong, what triggers the 
dissolution of the bond in order the deliver the silver in the man body?

James Osbourne Holmes
[email protected]
FTNWO


-----Original Message-----
From:   Pamela Grant [SMTP:[email protected]]
Sent:   Saturday, June 17, 2000 12:25 PM
To:     [email protected]
Subject:        Re: CS>Colloids Ions Bio-availability was Your Last Comments on 
my 
HVAC CS were lost

>This implies that silver must be broken into atomic ions in order for
>chelation to take place, and the loose attraction of small CS aggregates
>probably promotes this process.

Please excuse me as I am new to this list and I am not a scientist, but in
reading the above a thought came to mind:

        what if a plant could be fed high levels of CS, thus allowing the
plant to break the silver down into a more usable form by us humans. Would
this make sense or am I way off in my sudden ah-ha moment?--afterall "the
mind of man is inferior to the mind of nature"(Dr. Bill Nelson).

Anyway, as to the doctor/scientist/inventor mentioned above, I will
paraphrase from my notes from one of his seminars:

        the mineral kingdom has weak bonds and man was not meant to take in
minerals, but plants--yes--they take in minerals and create CoValiant bonds
which are strong bonds. Since we need higher energy, that is man being
quantic in nature and needing quantic energy---

should we not get this through plants? Is this even possible with silver
and if so would it still have the effect of being a germicidal?

Does any of this make sense or am I way of base here?



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