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View ResearchExplore the innovative approach of using wastewater-based epidemiology (WBE) to assess pollinosis symptom burden at a population scale. This study analyzes antihistamine markers in wastewater samples from Zurich, correlating their levels with airborne pollen concentrations. The results reveal significant day-to-day variation in antihistamine consumption linked to pollen exposure, demonstrating WBE's potential as a cost-effective, objective method for monitoring allergy impacts.
Wastewater-Based Epidemiology for Pollinosis
Exploring wastewater-based analysis to track antihistamine use and pollen exposure, revealing real-time impacts on pollinosis symptoms.
Antihistamine Dynamics in Wastewater
Study analyzes daily wastewater samples to link antihistamine use with airborne pollen concentrations and symptom burdens.
Seasonal Patterns in Antihistamine Consumption
Research highlights strong seasonal variation in antihistamine use correlated with specific pollen taxa in Zurich, Switzerland.
Multivariate Analysis of Pollen and Antihistamine Use
Multivariate regression reveals significant pollen taxa influencing antihistamine consumption, aiding allergy management.
Population-Scale Allergy Monitoring via Wastewater
Wastewater-based epidemiology offers an objective, cost-effective method to monitor allergic rhinitis and antihistamine use at a population level.
Yew Pollen's Potential Allergenicity in Zurich
Study suggests yew pollen may contribute to allergy symptoms, emphasizing the need for further immunological assessment.
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