| |
We shall now consider the possibility of employing
volcanic rocks as food supplements, assuming that if we have, in topical
application, the possibility of exploiting electrophysical and
bioenergetic features, in oral administration the mineral
component is adequately released in perfect harmony with the parameters
indicated by the R.D.A. [Recommended Dietary Allowances viz the
daily intakes recommended by the National Research Council].
Anthropologists have always maintained that
our ancestors ingested, to cure themselves, different varieties of rocks
taken from the surrounding environment. This multiracial diet behavior
has profound biological bases, bonded to organic needs to take the
mineral elements necessary for life and
little present in food diets. Developed societies passively submit to
influences from a wide variety of exogenous [preservatives, excipients,
anti-proliferation substances, synthetic fractions, genetically modified
foods, drug abuse, environmental pollution,
etc.] and endogenous [metabolic and hormonal unequilibriums, systemic
infections, stress, unbalanced diet, liver toxicosis, etc.] toxicoses.
Zeolites, amiably called “intelligent sponges”, are impregnated after
ingestion by toxins and biological
waste and then release, in the gastrointestinal path, mineral ions in
complex and original combinations, indispensable for proper functioning
of vital processes [Silicon, Calcium, Aluminum, Selenium, Manganese,
Magnesium, Iron, Zinc, Cobalt, Copper,
Sodium, Potassium, Titanium, etc.]. Geomedical is the only
company in the world which, through one of its affiliated companies [M.B.K.
bio-geological research laboratories] manufactures and distributes
Italian micronised Zeolites, which are at least
60 times more active than those normally used in therapy by: Japanese,
Russians and Americans. The food supplements bearing the Compositum
Zeolite trademark are 100% composed of bioactive volcanic rocks,
formulated in three different varieties
of composition: Phillipsite, Manganese, Zinc/Selenium, each of which
possesses specific mineral and applicative characteristics. |