Chlorine in tap water linked to increase of food allergies in humans
The chemical, which is used to treat drinking water and is also present in commonly-available pesticides and household items, may weaken food tolerance in some individuals.
Researchers found adults with high levels of dichlorophenol - a chemical by-product of chlorine - in their urine, were up to 80 per cent more likely to have a food allergy.
Britain has seen a rise in food allergies in recent years, with up to ten million adults claiming to be unable to eat a variety of foods from milk to mustard - although scientists believe the figure may be exaggerated by the 'worried well'.
Studies also estimate that four per cent of children have a food allergy. A rising number are diagnosed with gut allergies linked to common foods such as cow's milk, wheat, soya, eggs, celery, kiwi fruit and other fruit and vegetables.
Food allergy can take the form of a sudden life-threatening reaction known as anaphylaxis, as well as eczema or an itchy rash. Much of the water supply in Britain is chlorinated to kill germs, although experts say it is at much lower levels than in the US.
They point out that, for British households at least, certain common household products are more likely to be sources of dichlorophenol than tap water.
Professor Jeni Colbourne, the chief inspector of drinking water, said strict regulations in the UK meant dichlorophenol is unlikely to be found in household taps.
She said its likeliest source for British consumers were household products impregnated with triclosan, commonly used in lipsticks, face washes, toothpaste and kitchen utensils. An anti-bacterial, it can break down to form dichlorophenol.
Sources and more information:
according to a new study published in the December issue of Annals of Allergy, Asthma and Immunology, the scientific journal of the American College of Allergy, Asthma and Immunology (ACAAI), pesticides and tap water could be partially to blame. The study reported that high levels of dichlorophenols, a chemical used in pesticides and to chlorinate...
( via dailymail.co.uk )
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