Dry Skin?
Independent lab test shows
shielding lotions are the most
effective dry skin care product


Gloves In A Bottle is a shielding lotion that rapidly absorbs into, and bonds with, the outer layer of skin creating a protective layer while retaining the natural moisture from within. This makes it the perfect dry skin care product.

It does not wash off, but comes off naturally with exfoliated skin cells. Just reapply every four hours for continued protection.

It's greaseless, non-sticky, fragrance-free, hypoallergenic, completely safe and non-toxic.

Used and recommended daily for dry skin conditions by a wide range of healthcare professionals.

SKIN CARE
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An Article at National Skin Care Institute -  Shielding lotion is the best dry skin care treatment


DRY SKIN


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BIOCOR SCIENTIFIC
Clinical Studies


BioCor Scientific is a company that offers a wide variety of biomedical consulting services including the evaluation of products through a variety of test models. We have reviewed test reports from other laboratories and conducted our own tests on the skin lotion marketed as Gloves In A Bottle.

In testing it is difficult to represent the broad range of chemical irritants and toxins which human skin may encounter in this day and age. By using hydrochloric acid, ammonia, and isocyanate as testing agents, however, we have attempted to cover extremely diverse chemical species which will likely be encountered in the household and work place. Both hydrochloric acid and liquid ammonia comprise ions and small inorganic molecules and are excellent solvents and would be expected to penetrate the skin on this basis alone. Isocyanates are slightly larger molecules which, when linked to carbon-containing groups in products such as paint hardener, form polyisocyanates. Polyisocyanates are insoluble in water and are irritating to skin and other tissues by contact or by inhalation of vapors.

A commercial form of liquid ammonia was used in our experimental trials at 4% concentration. The solution consists primary of large quantities of water and ammonia and smaller quantities of ammonium ion and hydroxide ion. This level of concentration is irritating to the skin. Hydrochloric acid is a very strong electrolyte, whose hydronium and chloride ions are largely dissociated, making each extremely reactive.

All three testing agents are found in household and work place products and, as indicated above, have the potential to penetrate human skin by diverse and insidious means. Our intent has been to test the efficacy of barrier cream/lotion protection against the more extreme examples of chemical penetration. At BioCor Scientific we have evaluated the protective value of Gloves In A Bottle against liquid ammonia, isocyanate in xylene, and the polyisocyanate product DCX61 in testing models chosen to simulate the skin of the human hand. Despite dosages of chemical irritant in excess of those likely to be experienced in the household or work place, Gloves In A Bottle demonstrated protection against skin and systemic reactions in all cases. Because of our choice of skin irritating test agents, including their organic solvents, and the level of protection demonstrated, it is likely that Gloves In A Bottle would help protect against most chemical irritants, solvents, and toxin encountered in the household and work place.

Sincerely,
Vernon Roohk, Ph.D. January 25, 1998


Please note: Gloves In A Bottle, Inc. makes no claims its product is effective in protecting against any chemicals or irritants other than dirt and grime. The results of independent laboratory testing are being posted only to show that testing has been conducted, to show it is effective against dirt and grime and no other inference should be construed from the above report.
Bio Screen Testing Services, Inc. performed repeat insult patch tests on 50 subjects following a full disclosure and their informed consent. This is the accepted method of testing topically applied products for the possibilities for skin irritation or sensitivity.

The test is conducted by placing an ample amount of Gloves In A Bottle on an airtight patch and then applying that patch for 5 exposures to the same area of skin. Each exposure is for 48 hours. Each exposure is followed by a resting period 48 hours. This is followed by a 7 - 14 day resting period. Then the above test is repeated on an adjacent area of skin. Gloves In A Bottle did not produce any reaction or sensitivity during the entire testing period on any of the 50 women tested. These clinical trials gives Gloves In A Bottle the highest hypoallergenic and "safe use" rating.
BioScreenŽ Testing Services, Inc.
Analytical Report



Gloves In A Bottle, Inc.
P.O. Box 615
Montrose, CA 91021


Report Date: 12/01/98
Date Received: 10/20/98
Date Completed: 12/01/98
Project #: 38821


SAMPLE DESCRIPTION:


ACCESSION #: 38821
SAMPLE: White Lotion

TEST PERFORMED:
Human Patch Test (50 Subject)

RESULTS:
Human Patch Test

ACC # 38821
No evidence of sensitization
* See attached report
(For a copy of the full clinical study email klaus@glovesinabottle.com)


Ranil M. Fernando, B.S.
Operation Manager


* Test conducted at an outside laboratory. 
Warning: Always follow manufacturer's safety directions when handling any harmful substance. Gloves In A Bottle is not a substitute for required safety protection, including gloves.
* Gloves In A Bottle, Inc. makes no claims that its product could be used in the diagnosis, cure, mitigation, treatment, or prevention of eczema, psoriasis, skin allergies, dermatitis, or any other disease; or is intended to affect the structure or any function of the body.

Gloves In A Bottle is not intended to protect against any chemicals or irritants other than dirt and grime. Always follow manufacturer's safety directions when handling any harmful substance. Gloves In A Bottle is not a substitute for required safety protection, including gloves.

 

 

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