[email hidden] (DRCEEPHD) wrote in message news:<[email hidden]>...
Quoted message said:Quoted message said:Subject: Re: Question re Calcium From:
[email hidden] (Carole) Date: 6/4/04 6:18 PM
Eastern Daylight Time Message-id:
<[email hidden]>
Quoted message said:Getting back to the organic vs inorganic theory, have you
seen the following theory -
angelfire.comOrgChemOpen ↗
I was educated as an "organic" chemist to the PhD level. I
am very aware of the theory and the history.
Organic chemistry today is mainly carbon chemistry in all
its various forms. If a compound contains carbon and comes
from a natural souce, it is organic.
The human body expires CO2, which, in water, forms CO3,
and is called carbonic acid, an "inorganic" compound. This
acid can leach Calcium from the soil and form CaCO3, the
source of our limestone and the cave stalagtites and
stalamites. But, that is the way it is.
What I fear is that inorganic calcium cannot be properly
utilized by the human body. If the body is forced to
absorb it, it may form stone (aka stalagmites, or calcium
deposits in the body ) rather than true bone which is an
organic material.
Milk has its cacium tied up in a protein called casein.
Heat the milk ( pasteurization e.g. ) and you destroy this
compound. You now have converted the organic form of
calcium into the inorganic form. Even calves, fed heated
milk, develop to about 300 lb, then sicken and die....from
calcium deficiency!
I am sorry, but I have never seen data to support the
theory that the human body has the enzymes and capacity to
convert inorganic calcium into viable organic calcium
which the body must have for many, many systems in the
body, not just the bone structure.
DrC PhD
Hmm, definitely something to think about. Calcium carbonate
works well for me, and I've been taking it for a long time
without noticeable side effects - although from what you
point out, it may be leaving some residue behind because of
the carbonic acid.
However, because I take the whole range of cell salts
including the ones which neutralise body acids (sodium
phosphate and sulphate, silica), this may not be a concern.
There are a lot of acids in the body which are formed as a
result of body processes of activity and digestion. They all
have a detrimental effect.
See info on body acids at The development of latent
"acidosis" euroamericanhealth.comhow.htmlOpen ↗
"Strong Acids, Weak Acids and Protein The strong acids in
our bodies are those that are formed by the degradation of
protein. These are sulfuric acid, phosphoric acid and nitric
acid. These are strong, like the battery acid in your car.
Strong acids are strong in contradistinction to weak acids
such as vinegar and citrus juices. Weak acids do not ionize
(break apart completely) when in solution whereas strong
acids do. This is why vinegar does not burn holes in your
clothes, or dissolve your bones; it does not break apart
completely into an acid and a base part, it remains partly a
salt. A salt is formed when an acid and a base combine and
neutralized each other."
and "Sulfuric acid or any of the strong acids are excreted
mainly as the salts of sodium, potassium, magnesium or
calcium as these are the main basic minerals of the body,
the ones that are the most plentiful. The sulfur in sulfuric
acid can and does combine with the calcium in your bones for
one and is excreted as the corresponding salt which is
called calcium sulfate. This salt does not harm the kidneys
on its way through them but it does rob the body of the
needed basic calcium."
But I guess the ultimate test to discover if calcium
carbonate was an inferior source of calcium, would be to
switch to the more expensive calcium citrate for a month or
two and see if there was any difference.
Carole austarmetro.com.auacidity.htmOpen ↗