{"title":"IgE 介导的职业过敏诊断:现实、要求与机遇之间。","authors":"Monika Raulf, Sabine Kespohl","doi":"10.5414/ALX02500E","DOIUrl":null,"url":null,"abstract":"<p><p>Occupational skin and respiratory allergies are among the most common occupational diseases in Germany. The identification of the allergy trigger is essential for the recognition of an occupational allergy as well as for effective individual prevention. However, occupational type I allergens are among the \"rare\" allergens and the possibilities of guideline-compliant diagnosis using quality-tested skin test solutions is becoming increasingly difficult due to the reduction in commercially available test allergens. In order to guarantee meaningful diagnostic workup for all affected insured persons with suspected occupational type I allergies and to ensure this in the future, a durable optimization, standardization, and availability of allergy tests for occupational allergic diseases is urgently required. The need for action has been recognized by the German Social Accident Insurance (DGUV), and steps to eliminate the diagnostic gaps have been initiated by a joint research project at the Institute for Prevention and Occupational Medicine of the DGUV (IPA) and the Paul Ehrlich Institut (PEI). The evaluation of alternative methods for the production of standardized test allergen solutions can also be used for newly emerging allergens in the workplace. New allergen sources at workplaces and thus also sensitization and allergies among employees can be expected as a result of changes in work processes and the introduction of new technologies and/or working materials, which are also introduced in connection with climate change and the concept of sustainability.</p>","PeriodicalId":101298,"journal":{"name":"Allergologie select","volume":"8 ","pages":"220-227"},"PeriodicalIF":0.0000,"publicationDate":"2024-05-31","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"https://www.ncbi.nlm.nih.gov/pmc/articles/PMC11149546/pdf/","citationCount":"0","resultStr":"{\"title\":\"Diagnostics of IgE-mediated occupational allergies: Between reality, requirements, and opportunities.\",\"authors\":\"Monika Raulf, Sabine Kespohl\",\"doi\":\"10.5414/ALX02500E\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p><p>Occupational skin and respiratory allergies are among the most common occupational diseases in Germany. The identification of the allergy trigger is essential for the recognition of an occupational allergy as well as for effective individual prevention. However, occupational type I allergens are among the \\\"rare\\\" allergens and the possibilities of guideline-compliant diagnosis using quality-tested skin test solutions is becoming increasingly difficult due to the reduction in commercially available test allergens. In order to guarantee meaningful diagnostic workup for all affected insured persons with suspected occupational type I allergies and to ensure this in the future, a durable optimization, standardization, and availability of allergy tests for occupational allergic diseases is urgently required. The need for action has been recognized by the German Social Accident Insurance (DGUV), and steps to eliminate the diagnostic gaps have been initiated by a joint research project at the Institute for Prevention and Occupational Medicine of the DGUV (IPA) and the Paul Ehrlich Institut (PEI). The evaluation of alternative methods for the production of standardized test allergen solutions can also be used for newly emerging allergens in the workplace. 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引用次数: 0
摘要
在德国,职业性皮肤和呼吸道过敏是最常见的职业病之一。过敏诱因的识别对于识别职业过敏症和有效预防个人过敏症至关重要。然而,职业 I 型过敏原属于 "罕见 "过敏原,而且由于市售过敏原检测试剂的减少,使用经过质量检测的皮试方案进行符合指南要求的诊断变得越来越困难。为了保证对所有疑似 I 型职业性过敏的受影响投保人进行有意义的诊断工作,并在未来确保这一点,迫切需要对职业性过敏性疾病的过敏试验进行持久的优化、标准化和可用性。德国社会事故保险局(DGUV)已认识到这一行动的必要性,并已通过德国社会事故保险局预防与职业医学研究所(IPA)和保罗-埃利希研究所(PEI)的一个联合研究项目启动了消除诊断差距的措施。对生产标准化测试过敏原溶液的替代方法进行评估,也可用于工作场所新出现的过敏原。由于工作流程的改变以及新技术和/或工作材料的引入,工作场所可能会出现新的过敏源,从而导致员工过敏。
Diagnostics of IgE-mediated occupational allergies: Between reality, requirements, and opportunities.
Occupational skin and respiratory allergies are among the most common occupational diseases in Germany. The identification of the allergy trigger is essential for the recognition of an occupational allergy as well as for effective individual prevention. However, occupational type I allergens are among the "rare" allergens and the possibilities of guideline-compliant diagnosis using quality-tested skin test solutions is becoming increasingly difficult due to the reduction in commercially available test allergens. In order to guarantee meaningful diagnostic workup for all affected insured persons with suspected occupational type I allergies and to ensure this in the future, a durable optimization, standardization, and availability of allergy tests for occupational allergic diseases is urgently required. The need for action has been recognized by the German Social Accident Insurance (DGUV), and steps to eliminate the diagnostic gaps have been initiated by a joint research project at the Institute for Prevention and Occupational Medicine of the DGUV (IPA) and the Paul Ehrlich Institut (PEI). The evaluation of alternative methods for the production of standardized test allergen solutions can also be used for newly emerging allergens in the workplace. New allergen sources at workplaces and thus also sensitization and allergies among employees can be expected as a result of changes in work processes and the introduction of new technologies and/or working materials, which are also introduced in connection with climate change and the concept of sustainability.