As with most allergies, researchers have not been able to determine the exact level of natural rubber latex protein exposure, or how many exposures, will cause a genetically capable individual to become allergic and to begin expressing symptoms. There is scientific consensus that reduced allergenic protein levels will lower the potential for both sensitisation of …

Is there a specific natural rubber latex protein level that can cause an allergy? Read More »

There are no treatments commercially available to cure a latex allergy. Topical steroids and oral antihistamines may temporarily reduce some latex allergy symptoms. Bronchodilators or steroids may be prescribed to treat symptoms. Individuals who suspect they are allergic to natural rubber latex (Type I) need to be diagnosed and treated by their physician, and are …

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Currently, there is no way to predict who will, or will not, develop an allergy to natural rubber latex. Some population groups may have an increased risk for latex sensitisation. These groups include, but are not limited to: Atopic individuals. Individuals with a family history of atopy. Individuals with occupational exposure. Individuals requiring repeated surgical …

Who is at risk for developing a Type I hypersensitivity to natural rubber latex? Read More »

Type IV hypersensitivity to natural rubber latex or synthetic glove chemical additives can occur when chemical contact sensitisers come in contact with and penetrate the skin surface of genetically predisposed individuals. The genetically predisposed or capable individual develops sensitised T-cells each time he/she is exposed to the chemical. They are not yet allergic and no …

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Chemical accelerators are chemicals used as part of the manufacturing process for traditional latex and synthetic materials used in the manufacturing of medical gloves. These chemicals help to stabilize the raw material during the curing process in order to form a strong and elastic medical glove offering barrier protection and comfort. There are four types …

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Powder may contribute to the development of a Type IV hypersensitivity. Powder can act as a vehicle transporting bound chemicals from the glove to the wearer’s skin. Perspiration can dissolve or extract the chemicals, while the glove keeps them pressed against the skin.

Non-glove related irritation may be caused by soaps, detergents, disinfectants, solvents, degreasing agents, ethylene oxide, alcohol, cold, dry weather and hundreds of other irritants. Glove-associated irritation may be caused by glove powder, manufacturing chemicals and endotoxins found in both latex and synthetic gloves. Other irritation factors that are often overlooked are skin occlusion, sweat and …

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If you are experiencing skin irritation, it’s important to respond accurately to the cause – not base it on a hunch. Focus first on common non-immunologic reactions, such as soaps and vulnerability from damaged skin. Approved moisturisers, rehydrating products and glove liners may help. Detergents, fragrances and products used at work or outside are more …

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