Analysis on the Epidemic Situation of Infectious Diseases in Fuzhou in 2004
Jing‐Quan Wang
Abstract
Jing‐Quan Wang
Abstract
[Objective] To learn the outbreak situation of legal infectious diseases in Fuzhou in 2004,study its prevalence trend and evaluate preventive effect. [Methods] Epidemiological method was applied to analyze the outbreak features of legal infectious diseases.[Results] The overall incidence rate of the infectious diseases of type A and B was 388.950/100 000;that of the type C was(24.154/100 000;) the incidence rate of hemogenic and sexually transmitted infectious diseases occupies the first place.[Conclusion] The prevention work against the infectious diseases has brought about a striking effect;but some infectious diseases still endanger people's health,therefore effective measures should be taken to control them.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
[Objective] To learn the outbreak situation of legal infectious diseases in Fuzhou in 2004,study its prevalence trend and evaluate preventive effect. [Methods] Epidemiological method was applied to analyze the outbreak features of legal infectious diseases.[Results] The overall incidence rate of the infectious diseases of type A and B was 388.950/100 000;that of the type C was(24.154/100 000;) the incidence rate of hemogenic and sexually transmitted infectious diseases occupies the first place.[Conclusion] The prevention work against the infectious diseases has brought about a striking effect;but some infectious diseases still endanger people's health,therefore effective measures should be taken to control them.
Key concepts: Outbreak, Epidemiology, Medicine, Environmental health, Infectious disease (medical specialty), Incidence (geometry), Mathematical modelling of infectious disease, Virology