Importance of aerobiological monitoring to determine artemisia and ambrosia hypersensitivity

M. M. Cicekliyurt, M. Akkaya
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Abstract

Introduction: Allergic sensitization to aeroallergen (atmospheric pollen and fungal spores) is the most common seasonal allergy trigger. The main reason for that study is unexpected skin prick test results obtained in our dermatology department. For that reason, we would like to check whether the consequences depend on cross-reactivity or aeroallergen invasion. Aim: The purpose of the present study is to determine the pollen types, including the amount and concentration of the native and invasive pollen in the Çanakkale Region during the spring and summer periods. The main reason for that study is unexpected skin prick test results obtained in our dermatology department. For that reason, we would like to check whether the consequences depend on cross-reactivity or aeroallergen invasion. Material and methods: The pollen monitoring station was placed in the Çanakkale Central Public Park. The sampling was performed by a Durham trap based on the gravimetric method. The slide was replaced with a new one every week and evaluated by 10× ocular and 40× apochromatic lenses. Results: The primary pollen producers were the following arboreal plants: Pinus sp. (65.0%), Quercus sp. (9.37%), Platanus sp. (4.29%), Moraceae (3.87%), Oleaceae (2.71%). The pollen distribution of herbaceous plants and bushes were determined as Poaceae (4.34%), Chenopodiaceae (1.99%), Plantago sp. (1.97%) and Xanthium sp. (1.35%). In addition to our current knowledge, Ambrosia pollens’ first record was found with a ratio of 0.22% in the Çanakkale atmosphere. These invasive plants have most probably entered the atmosphere with long-distance transport. Conclusions: Aerobiological monitoring is essential to determine allergen variety and concentrations to find a cure against pollinosis. The health professionals should apply a skin prick test against a significant allergen, i.e. Ambrosia pollens even if there is no previous report in the region. The authors also advised clinicians to be aware of pollen invasion to ensure that patients do not have false-negative results.
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生物监测对青蒿和凤仙花超敏反应的重要性
对空气过敏原(大气花粉和真菌孢子)的过敏性致敏是最常见的季节性过敏诱因。这项研究的主要原因是我们皮肤科的皮肤点刺试验结果出乎意料。因此,我们想要检查其后果是否取决于交叉反应性或空气过敏原入侵。目的:本研究的目的是确定Çanakkale地区春夏季节的花粉类型,包括原生和入侵花粉的数量和浓度。这项研究的主要原因是我们皮肤科的皮肤点刺试验结果出乎意料。因此,我们想要检查其后果是否取决于交叉反应性或空气过敏原入侵。材料与方法:花粉监测站设在Çanakkale中央公园。采用基于重力法的达勒姆捕集器进行采样。每周更换一张新的载玻片,用10倍目镜和40倍消色差透镜评估。结果:主要产生花粉的乔木植物为松(65.0%)、栎(9.37%)、扁桃(4.29%)、桑科(3.87%)、油棕科(2.71%);草本植物和灌木的花粉分布依次为禾科(4.34%)、藜科(1.99%)、车前草(1.97%)和苍耳(1.35%)。除了我们目前的知识,在Çanakkale大气中发现了Ambrosia花粉的第一个记录,其比例为0.22%。这些入侵植物很可能是通过长途运输进入大气层的。结论:空气生物学监测对确定过敏原的种类和浓度,找到治疗花粉症的方法至关重要。卫生专业人员应应用皮肤点刺试验对一个重要的过敏原,即Ambrosia花粉,即使以前没有报告在该地区。作者还建议临床医生注意花粉入侵,以确保患者不会出现假阴性结果。
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自引率
50.00%
发文量
18
期刊介绍: Alergologia Polska - Polish Journal of Allergology is aimed mainly at allergologists, but also medical doctors working in related fields, such as otolaryngology, pulmonology, and dermatology. The main goal of the journal is to ensure rapid publication of important research papers and interesting case studies from the following areas: allergology, diagnostics, therapy of allergic diseases, in particular in the area of immunotherapy, rhinitis, asthma. The Editorial Board accepts for publication original papers, case studies and letters to the Editor. We also publish review articles (both commissioned and those agreed upon with the Editor-in-Chief), articles dealing with standards of medical practice, as well as special issues. The journal is published quarterly. We guarantee short review times (up to two weeks) and immediate publication on-line upon Editor acceptance.
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