How Sweet FeetTM Works
Nearly all odors produced by the body occurs only when the following are present at
the same time in the same area: Sweat, Warmth,
Organic Substances (found on the skin, clothing, etc.),
and Odor-Causing Bacteria and Fungi.
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The odor-causing bacteria microbes break down the organic substances found on your skin and sweat.
The odors found on your body are actually chemical by-products from this process. This is the same
natural process that takes place in bad breath. Since I have been very successful in attacking
bad breath with oxygenating compounds, this same "basic" concept will work for foot odor,
athlete's foot, and body odor as well.
Foot odor, athlete's foot, nail fungus, and body odor can't be eliminated by simply stopping sweat.
The microbes that create these problems need to be attacked.
Sweet FeetTM, when used properly,
will maintain a healthy balance of the microbes on your skin, while at the same time, reduce the
production of the odors from the specific bacteria creating the problem.
After treatment, the skin on you problem areas should be covered in a perfectly balanced flora of
various microbes that are healthy and sweet-smelling.
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Sweet FeetTM contacts and
attacks the
fungi (tinea pedis) in the horny layers of
the skin affected by Athlete's Foot.
Onychomycosis, or toenail fungus, is common
among adults. Symptoms range from skin
thickening, ingrown nails, and skin cracks.
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About OXYD-8TM - Science and Saftey
OXYD-8TM (stabilized Oxychlor compounds)
consists of chlorine dioxide (ClO2).
ClO2 is the ideal natural compound for a wide variety of health concerns. In
sufficient concentrations, it splits the bacteria cell wall, or in the case of
viruses, loosens the viral envelope. Concentrated ClO2 attacks a wide range of
bacteria, viruses and fungi including all odor-causing microorganisms. Other
benefits also include: Broad Spectrum Activity, Non-Toxicity,
Anti-Inflammation Properties, and Promotion of Would Healing.
The beauty of ClO2 in cosmetic products of this type is the human cell walls
are very different than the cell walls in microorganisms. Consequently, human
tissue is unaffected by the action of ClO2. The Environmental Protection Agency
has also approved the use of ClO2 after extensive testing.
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