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According to the examine, the most typical eye grievance linked to atmospheric air pollution is allergic eye disease (AED), which is reported by one in each 10 individuals visiting ophthalmologists. The researchers have discovered “a correlation between the meteorological parameters such as environmental temperature, rainfall, humidity, wind speed and pollution with the temporal pattern of presentation of recent onset allergic eye disease (AED)”.
The researchers mentioned their discovering suggests that there’s “a clear pattern of certain environmental factors with the temporal pattern of AED in the population of Hyderabad district, with a peak prevalence seen in May and the lowest seen in August. An increase in humidity and rainfall contributes to a lower prevalence of AED cases during the year, whereas an increase in temperature and ozone at ground level conversely contributes to a higher prevalence of AED cases,” they mentioned.
The analysis workforce comprised Anthony Vipin Das and Sayan Basu. The outcomes of the analysis have been printed within the scientific journal, International Journal of Environmental Research and Public Health.
“An increase in rainfall and humidity was associated with a lower prevalence, and an increase of temperature and ground-level ozone was associated with a higher prevalence of AED cases during the year among children and adolescents. The highest prevalence was seen in May with 6.09% and the lowest was seen in August with 2.12%. The weather parameters of rainfall, temperature, humidity, wind speed, and the pollution parameters of PM10, PM2.5, carbonmonoxide, nitrogen dioxide, sulphur dioxide, and ozone were assessed monthly,” the examine added.
Also, there was a constructive correlation with the distribution of particulate matter and the month-wise prevalence of latest onset AED.
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