Résumé
Objective To estimate the rates due to influenza-associated-excess-hospitalization in children aged 0-14 years in Wuxi city,Jiangsu province in 2005-2010. Methods We collected data on hospitalization due to influenza,pneumonia and other respiratory diseases from fourteen 2nd level or above hospitals in Wuxi,as well as data on influenza virological surveillance in southern China to fit the negative binomial regression models,to estimate the rate on influenza-associated-excess hospitalization. Results During 2005-2010,an average annual hospitalization rate appeared as 91.6‰(79.2‰-99.3‰). Among the total hospitalization eases,respiratory diseases accounted for 54.2%,while both influenza and pneumonia accounted for 38.1%. The average annual influenza-associated-excess-hospitalization rates due to influenza and pneumonia appeared as 1.28‰(95%CI:0.29‰-4.84‰),while 2.18‰(95%CI:0.61‰-6.79‰) due to respiratory diseases. In 2009,A(H1N1)pdm induced influenza pandemic caused 993 excess hospitalizations due to influenza/pneumonia and 1 042 excess hospitalizations due to respiratory diseases,with rates as 1.14‰ and 1.20‰ respectively. Conclusion Both seasonal and pandemic A(H1N1)pdm influenza caused considerable burden on hospitalization in children aged 0-14 years in Wuxi.
Résumé
Objective To estimate the rates due to influenza-associated-excess-hospitalization in children aged 0-14 years in Wuxi city,Jiangsu province in 2005-2010. Methods We collected data on hospitalization due to influenza,pneumonia and other respiratory diseases from fourteen 2nd level or above hospitals in Wuxi,as well as data on influenza virological surveillance in southern China to fit the negative binomial regression models,to estimate the rate on influenza-associated-excess hospitalization. Results During 2005-2010,an average annual hospitalization rate appeared as 91.6‰(79.2‰-99.3‰). Among the total hospitalization eases,respiratory diseases accounted for 54.2%,while both influenza and pneumonia accounted for 38.1%. The average annual influenza-associated-excess-hospitalization rates due to influenza and pneumonia appeared as 1.28‰(95%CI:0.29‰-4.84‰),while 2.18‰(95%CI:0.61‰-6.79‰) due to respiratory diseases. In 2009,A(H1N1)pdm induced influenza pandemic caused 993 excess hospitalizations due to influenza/pneumonia and 1 042 excess hospitalizations due to respiratory diseases,with rates as 1.14‰ and 1.20‰ respectively. Conclusion Both seasonal and pandemic A(H1N1)pdm influenza caused considerable burden on hospitalization in children aged 0-14 years in Wuxi.
Résumé
The occurrence of injuries and death caused by traffic accidents have been increasing during last few decades in Korea, which resulted in enormous personal, social and economic loss in terms of death, disability, labour days and medical costs incurred for treatment. Generally, it is well known and even became an hot sociopolitical issue that the duration of hospital stay for traffic accident patients are much longer than that of other patients with the similar condition. The objective of the study is to find out epidemiologic characreristics and management pattern of traffic accident patients in a general hospital of medium-sized, industrialized town. This study was carried out on 177 cases injured by motor vehicle accidents, who were admitted and treated in a general hospital from Feb. 1, 1997 to Sept. 30, 1997. The results obtained are as followings: The most of the patients(44%) were 20-30 years old age group although the occurrence of injuries was more frequent among older ages, 50's for male and 60's for female being 2.1 times more frequent among male. The traffic accidents occurred most frequently(14.1%) in the morning(06:00-08:00) and afternoon(14:00-16:00), and on Saturdays(20.3%); the (14.1% traffic accidents were frequent during weekends for passengers whereas it was more frequent during weekdays for pedestrian. Old and child pedestrians were most vulnerable subjects to traffic accidents. The most common site injured was head(19.9%) and the injury types were fracture of lower extremity(9.3%), skull fracture(8.6%) and rib fracture(8.6%) for both sexes; rib fractures/thoracic spine fractures(12.0%) for female and tibia/ fibula fractures(11.6%) for male. Mean days of hospital stay presumptively judged by the doctor who examined, made diagnosis and admitted the patient was 43.8 days compare to 38.4 days of actual mean days of hospitalixation. On the other hand, the optimal mean days of hospital stay for the patients determined by two doctors independently was estimated to be 26.6 days. Thus the difference between actual days of hospitalization and optimal days of hospitalization was 11.7 days, which can be regarded as excess hospitalization days. It consists 30.5% of actual hospitalization days, an enormous waste of resources. The only factor associated with this excess hospitalization was payment responsibility for the hospital cost; when the hospitalization expenses are to be paid by the person inflicted the injury there were always excess days of hospitalization regardless of insurance status.