Aeroallergen

An aeroallergen (pronounced aer·o·al·ler·gen) is any airborne substance, such as pollen or spores, which triggers an allergic reaction.Recently concern has been raised that peanut protein in the air will trigger a full-blown anaphylaxis since respiratory exposure can occur in the school setting as food proteins aerosolize into vapors during cooking at high temperatures, even in well-ventilated cafeterias. When airborne peanut protein exposure and reactions of children with known peanut allergies were explored, no allergic symptoms or anaphylaxis were observed when peanut allergic children were not aware of the airborne exposure. Interestingly, when aware of the exposure, symptoms of itchy eyes, sneezing, and runny nose resulted. In a research article by Perry, et al. (2004), no peanut allergen was detected in the air after subjects consumed peanut butter, shelled peanuts, and unshelled peanuts. As Dr. Michael Young notes in his 2006 book, The Peanut Allergy Answer Book, predicting who will have a life-threatening anaphylactic response to airborne allergy is very unpredictable and the likelihood of it is very, very small. ... There remains no evidence that exposure to airborne peanut protein worsens allergy or results in anaphylaxis for the majority of peanut allergic individuals. There always remains the possibility that someone who is exceptionally sensitive will experience a severe reaction, however, protecting them from all possible exposures to peanut protein is extremely difficult. An aeroallergen (pronounced aer·o·al·ler·gen) is any airborne substance, such as pollen or spores, which triggers an allergic reaction. Aeroallergens include the pollens of specific seasonal plants is commonly known as 'hay fever', because it is most prevalent during haying season, from late May to the end of June in the Northern Hemisphere; but it is possible to suffer from hay fever throughout the year. The pollen which causes hay fever varies from person to person and from region to region; generally speaking, the tiny, hardly visible pollens of wind-pollinated plants are the predominant cause. Pollens of insect-pollinated plants are too large to remain airborne and pose no risk.