Exact(2)
*The coefficient represents the number of deaths associated with each laboratory report for each pathogen.
Influenza B accounted for 19.8% of the cases, while 2.5% were positive for both influenza A and B. The results of the preliminary analysis to establish the lags for the final models are given in Table 2. Relative risks refer to changes in ED visits resulting from every additional positive laboratory report for influenza and RSV.
Similar(57)
Nevertheless, ICD-9 codes correlates moderately well with laboratory reporting for disease trends, and would remain a useful indicator for tracking CDI disease trends for surveillance purposes.
There may be a delay between a climatic event (e.g. drop in temperature) and an effect on laboratory reports for two reasons.
Complete laboratory reporting for M. tuberculosis is an important prerequisite for efficiently implementing this surveillance strategy.
The initial model included all laboratory reports for the extracted organisms as explanatory variables (Table 2).
The clinical and laboratory reports for each patient are merged, using a unique personal identification number.
During this period, 312,719 laboratory reports for serotype Enteritidis were received.
Laboratory reports for any condition represent only a subset of all symptomatic cases of disease in the community.
Our approach assumed a fixed proportion of laboratory reports for each organism to deaths over the period examined.
A specific classification system was used in 11/31 (35.5 %) of laboratory reports (for internal use) and 12/31 (38.7 %) of clinical reports (report received by the requesting clinician).
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