1.Morbidity and mortality of acute respiratory infections in Thai Binh province, Vietnam, 2002-2005
Hien Tran Nguyen ; Dinh Ngoc Pham ; Dung Chi Tham ; Hoa Thuy Nguyen ; Dung Kim Thanh ; Chung Thanh Nguyen ; Diu Van Pham ; Kiyosu Taniguchi
Journal of Preventive Medicine 2008;96(4):5-12
Background: Acute Respiratory Infection (ARI) is a common disease in developing countries. Morbidity and mortality of ARI are high, especially among children under 15 years old. Objectives: To describe socio-graphic factors, seasonal patterns, risky areas and determine the morbidity and mortality rates of acute respiratory infections in Thai Binh province. Subjects and method: This retrospective study reviewed the medical records of 4,585 hospital admitted patients who were diagnosed with ARI including upper and lower respiratory infections such as sore throat, pharyngitis, bronchitis, pneumonia and bronchitis-pneumonia at 8 district hospitals and 1 provincial hospital in Thai Binh province during 2002-2005. The selected medical records were based on the available check list and two standard screening tests. Results:Morbidity and mortality of ARI in Thai Binh province were 61.6 and 0.52, respectively. ARI mainly occurred among children under 5 years old, of which the highest mortality was among those under 12 months of age. Male children were at higher risk of acquiring ARI, but less prone to death than female. Occupation did not significantly associate with the risk of ARI. The morbidity increased sharply during inter-season, e.g. March and October. Thai Binh city, Kien Xuong and Tien Hai district were reported with the highest morbidity in accompany of the high mortality as consequences. Conclusion: The prevention and control methods were recommended to annually focus on the male children aged less than 5 years old during March and October in Thai Binh city, Kien Xuong and Tien Hai district.
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2.Letter to the Editor: Pathogens detected from patients with acute respiratory infections negative for SARS-CoV-2, Saitama, Japan, 2020
Yuzo Arima ; Yuuki Tsuchihashi ; Osamu Takahara ; Reiko Shimbashi ; Takeshi Arashiro ; Ayu Kasamatsu ; Yusuke Kobayashi ; Katsuhiro Komase ; Takuri Takahashi ; Kanako Otani ; Fangyu Yan ; Taro Kamigaki ; Kiyosu Taniguchi ; Motoi Suzuki
Western Pacific Surveillance and Response 2024;15(1):78-79
Utilizing data presented in the article by Miyashita et al., we illustrate the importance of testing data when assessing surveillance data. Accounting for the number of tests (denominator) and positivity (proportion of tests positive for a specific pathogen(s)) improves data interpretation in ways not possible from numerator case data alone.