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Search for: [Abstract = "publications concerning the european population and publication data since 2000\). I searched literatures, base on queries in bibliographic database PubMed, Embase, Scopus and Google Schoolar. In the third stage on the basis of data which was obtained in the first and second stages I undertaken an attempt to analysis the correlation between the exposure to allergic ingredients and frequency of allergy to them. In order to determine the correlation I plotted the graph. \; The results\: On the basis on my first stage I analyzed 1846 unique cosmetic products and singled out 336 unique cosmetic ingredients \(which fulfill at least one out of four functions\: preservatives, fragrances, colorants or UV filters\) for which ones I did the systematic review \(II stage\). The most common cosmetic ingredients, fulfilled one of these functions were\: limonene \(in 35,2% leave\-on products and 40% rinse\-off\), linalool \(38,1% leave\-on and 43,7% rinse\-off\), phenoxyethanol \(54% leave\-on\; 19,2% rinse off\), sodium benzoate \(13,18% leave\-on\; 45,6% rinse\-off\), methylisothiazolinone \(16,7% leave\-on\; 42,5% rinse\-off\) as well as methylchloro\/methylisothiazolinone mixture \(9,6% leave\-on\; 40% rinse\-off\). In the second stage on the basis on systematic review I obtained 117 publications which were the source of epidemiological data. What is more I did the metaanalysis for the 69 substances. The most frequently sens"]

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