OBJECTIVE: The purpose of this study was to determine which allergens were prevalent in patients with allergic rhinitis and respiratory disease in Qingshan Wuhan. METHOD: A total of 700 cases, which were diagnosed as allergic rhinitis and respiratory disease by history and clinical presentation, underwent ELISA test with 7 standardized allergens, and the most important sensitizing allergens were assessed. The samples were stratified on two age groups: AR and respiratory disease group and the positive rate of two main allergens in two groups were contrast analyzed. RESULT: For patients with allergic rhinitis, the positive rate of the top seven aeroallergen were dermatophagoides (47%), herbs (19.7%), tree (18%), animal dander (8.9%), house dust (6.5%), mold (4.9%) and wormwood (3%). There was no significant difference in higher sensitivity to dust mite and ragweed between allergic rhinitis and respiratory disease group (P > 0.05). CONCLUSION: Dust mite, Tree and Herbs are the most important three aeroallergens in Qingshan region of Wuhan.
OBJECTIVE: The purpose of this study was to determine which allergens were prevalent in patients with allergic rhinitis and respiratory disease in Qingshan Wuhan. METHOD: A total of 700 cases, which were diagnosed as allergic rhinitis and respiratory disease by history and clinical presentation, underwent ELISA test with 7 standardized allergens, and the most important sensitizing allergens were assessed. The samples were stratified on two age groups: AR and respiratory disease group and the positive rate of two main allergens in two groups were contrast analyzed. RESULT: For patients with allergic rhinitis, the positive rate of the top seven aeroallergen were dermatophagoides (47%), herbs (19.7%), tree (18%), animal dander (8.9%), house dust (6.5%), mold (4.9%) and wormwood (3%). There was no significant difference in higher sensitivity to dust mite and ragweed between allergic rhinitis and respiratory disease group (P > 0.05). CONCLUSION: Dust mite, Tree and Herbs are the most important three aeroallergens in Qingshan region of Wuhan.