Abstract

More than 12,000 species belong to the Poaceae family globally; 300 species grow in Kyrgyzstan, anemophilous and releasing a huge amount of pollen into the atmosphere. Poaceae pollen is currently considered the leading airborne biological pollutant (PM10) and the leading cause of pollen allergy worldwide. She is one of the top global aeroallergens. Poaceae pollen has common features: small size, homogeneous morphology, high pollen production and abundance of species. The aim of this work was to study the effect of environmental pollutants on the pollen of Poaceae plants, the classification of identified teratomorphoses and assessment of their specific contribution to the aerobiological situation. The study of Poaceae pollen from various observation points of Kyrgyzstan using scanning electron microscopy revealed teratomorphoses of varying degrees of complexity: 1) deformation; 2) perforation; 3) fragmentation; 4) complex changes in the sculptural elements of the exine surface; 5) combined teratomorphosis, including several types with the transformation of one modification into another. This article summarizes the results of studies reflecting the effects of environmental pollutants on Poaceae pollen, and ultimately on the severity of symptoms and the prevalence of pollinosis.

Highlights

  • Введение Известно, что аэроаллергены ответственны за 63%, а пыльца — за более чем 92% случаев аллергического ринита [1,2]

  • More than 12,000 species belong to the Poaceae family

  • 300 species grow in Kyrgyzstan

Read more

Summary

Introduction

Введение Известно, что аэроаллергены ответственны за 63%, а пыльца — за более чем 92% случаев аллергического ринита [1,2]. Материал и методы Материал: нормально развитая и тератоморфная пыльца 5 видов (элитригии ползучей, ежи сборной, овсяницы луговой, тимофеевки луговой и мятлика лугового) семейства Poaceae. Чувствительность пыльцы к воздействию загрязнителей окружающей среды. Судя по вышеуказанным критериям, пыльца Poaceae является адекватной тест-системой для оценки загрязнений окружающей среды.

Objectives
Results
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call