Cecchi L, Dell'albani I, Frati F
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Eur Ann Allergy Clin Immunol. 2013 Oct 1;45 Suppl 2:17-23.
Allergy diagnostics have changed in the last 10-15 y, moving from the use of extracts for in vivo and in vitro diagnosis to the Component Resolved Diagnosis, based on purified or recombinant allergens. As expected, aerobiology developed similarly, and measurement of allergens in both outdoor and indoor air is now feasible. With the aim of promoting a global view of molecular allergy, we have drawn a map of exposure to molecular aeroallergens in Italy on the bases of geo-climatic regions, maps of pollen distribution, and published data on the molecular profile of sensitization in Italian patients. Given the latitudinal extension of Italy, the profile of exposure to some allergens, such as those of the "Birch Group" and weeds, varies greatly from North to South, while the distribution of exposure to grass allergens is more homogeneous. This map can contribute to a global molecular vision of allergy, helping clinicians to view exposure to pollen in a new way. The exposure profile of the area where patients live can also indicate the correct choice of molecular diagnostics and, therefore, of the appropriate allergen immunotherapy.
在过去10到15年里,过敏诊断发生了变化,从使用提取物进行体内和体外诊断转变为基于纯化或重组过敏原的组分分辨诊断。不出所料,空气生物学也有类似发展,现在测量室外和室内空气中的过敏原已成为可能。为了促进对分子过敏的全球视野,我们基于地理气候区域、花粉分布地图以及意大利患者致敏分子特征的已发表数据,绘制了意大利分子气传过敏原暴露地图。鉴于意大利的纬度跨度,一些过敏原(如“桦树组”和杂草的过敏原)的暴露情况从北到南差异很大,而草类过敏原的暴露分布则更为均匀。这张地图有助于形成对过敏的全球分子视野,帮助临床医生以新的方式看待花粉暴露。患者居住地区的暴露情况也可以指示分子诊断的正确选择,从而指导合适的过敏原免疫治疗。