

FOLLOWUS
Published:2008
Scan QR Code
[1].SURVEY OF AIRBORNE POLLEN IN HUBEI PROVINCE OF CHINA[J].Chinese Medical Sciences Journal,2008,23(04):212-217.
Guang-hui Liu, Rong-fei Zhu, Wei Zhang, et al. SURVEY OF AIRBORNE POLLEN IN HUBEI PROVINCE OF CHINA[J]. Chinese medical sciences journal, 2008, 23(4): 212-217.
Objective To study the genera and seasonal distribution of airborne pollen in Hubei province of China
and its relationship with pollinosis. Methods From November 2003 to October 2004
an airborne pollen investigation was performed in 16 chosen areas in 12 cities of Hubei province using gravity sedimentation technique. Meanwhile
univalent skin prick tests of pollens were performed and the invasion season was studied on 2 300 patients with pollinosis. Among them
352 cases underwent the airway responsiveness measurements
and the correlation between airway responsiveness and results of pollen count was analyzed. Results A total of 61 pollen genera were observed and 257 520 pollens were collected. The peak of airborne pollen distribution occurred in two seasons each year: spring (March and April) and autumn (from August to October). The attack of pollinosis corresponded to the peak of pollen distribution. There was a significantly negative relationship between the provocation dose causing a 20% decrease of forced expiratory volume in one second (FEV1) from baseline and airborne pollen concentration (r = -0.6829
P < 0.05). Conclusion This study provides useful information for airborne pollen epidemiology of Hubei province
and it provides important insights to clinical prevention
diagnosis
and treatment of pollen-related allergic diseases.
Objective To study the genera and seasonal distribution of airborne pollen in Hubei province of China
and its relationship with pollinosis. Methods From November 2003 to October 2004
an airborne pollen investigation was performed in 16 chosen areas in 12 cities of Hubei province using gravity sedimentation technique. Meanwhile
univalent skin prick tests of pollens were performed and the invasion season was studied on 2 300 patients with pollinosis. Among them
352 cases underwent the airway responsiveness measurements
and the correlation between airway responsiveness and results of pollen count was analyzed. Results A total of 61 pollen genera were observed and 257 520 pollens were collected. The peak of airborne pollen distribution occurred in two seasons each year: spring (March and April) and autumn (from August to October). The attack of pollinosis corresponded to the peak of pollen distribution. There was a significantly negative relationship between the provocation dose causing a 20% decrease of forced expiratory volume in one second (FEV1) from baseline and airborne pollen concentration (r = -0.6829
P < 0.05). Conclusion This study provides useful information for airborne pollen epidemiology of Hubei province
and it provides important insights to clinical prevention
diagnosis
and treatment of pollen-related allergic diseases.
Publicity Resources
Related Articles
Related Author
Related Institution
京公网安备11010802024621