Appendix for âIs population structure sufficient to generate area-level inequalities in influenza rates? An examination using agent-based modelsâ. (PDF 642Â kb
The online available file “Supporting_Material_4Flu.pdf” explains (1) the extension and smoothing of...
Figure S1. Trend in the number of AMR models per year. Figure S2. (a) Field-weighted citation impact...
Additional information: Model equations and details of parameterisation. Additional results: Proport...
Weekly influenza-induced PI burden after the introduction of influenza in the population. The averag...
Time taken to reach the peak prevalence varies according to the household size distribution in the c...
Background\ud In New Haven County, CT (NHC), influenza hospitalization rates have been shown to incr...
Goodness-of-fit of models. Table S1. Deviance explained for models using three different proxy varia...
Natural histories of influenza and pneumococcus. Clinical status (upper rectangles) and infectious s...
A figure showing how increased loss rates due to pathogen infection can increase the total local den...
Text S1. Analysis of residual spatial dependence. Text S2. Model specification. Table S1. Number of ...
Supplementary Information. Contains information regarding simulation compliance levels for different...
Additional file 1. Appendix A: Internal validation. Appendix B: Exploration of other data analysis s...
Text S1. Implementation of the empirical threshold method (ETM). Text S2. Implementation of the segm...
Supplementary material. This document provides proofs of theoretical results, including the calculat...
Methodology. 2.1 Data cleaning. Table S2.1.a. Number of observations and percentage of missing data....
The online available file “Supporting_Material_4Flu.pdf” explains (1) the extension and smoothing of...
Figure S1. Trend in the number of AMR models per year. Figure S2. (a) Field-weighted citation impact...
Additional information: Model equations and details of parameterisation. Additional results: Proport...
Weekly influenza-induced PI burden after the introduction of influenza in the population. The averag...
Time taken to reach the peak prevalence varies according to the household size distribution in the c...
Background\ud In New Haven County, CT (NHC), influenza hospitalization rates have been shown to incr...
Goodness-of-fit of models. Table S1. Deviance explained for models using three different proxy varia...
Natural histories of influenza and pneumococcus. Clinical status (upper rectangles) and infectious s...
A figure showing how increased loss rates due to pathogen infection can increase the total local den...
Text S1. Analysis of residual spatial dependence. Text S2. Model specification. Table S1. Number of ...
Supplementary Information. Contains information regarding simulation compliance levels for different...
Additional file 1. Appendix A: Internal validation. Appendix B: Exploration of other data analysis s...
Text S1. Implementation of the empirical threshold method (ETM). Text S2. Implementation of the segm...
Supplementary material. This document provides proofs of theoretical results, including the calculat...
Methodology. 2.1 Data cleaning. Table S2.1.a. Number of observations and percentage of missing data....
The online available file “Supporting_Material_4Flu.pdf” explains (1) the extension and smoothing of...
Figure S1. Trend in the number of AMR models per year. Figure S2. (a) Field-weighted citation impact...
Additional information: Model equations and details of parameterisation. Additional results: Proport...
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