Detecting space-time clusters of dengue fever in Panama after adjusting for vector surveillance data

Keyphrases

• Surveillance Data 100%
• Risk Estimation 100%
• Ae.aegypti 100%
• Dengue Fever 100%
• Vector Species 100%
• Dengue Cases 100%
• Arbovirus 100%
• Panama 100%
• Space-time Clustering 100%
• Vector Surveillance 100%
• Case-based Surveillance 100%
• Detection-estimation 50%
• Relative Risk 50%
• Infection Risk 50%
• Disease Case 50%
• Disease Prevention 50%
• Population Level 50%
• Increasing Risk 50%
• Disease Control 50%
• Control System 50%
• Long-term Surveillance 50%
• Local Transmission 50%
• Aedes 50%
• Aedes Albopictus 50%
• Risk Projection 50%
• Cluster Detection 50%
• Space-time Model 50%
• Occurrence Data 50%
• Time Risk 50%
• Prevention System 50%
• Entomological Surveillance 50%
• Outbreak Dynamics 50%
• Cluster Risks 50%
• Modeling Approaches 50%

Mathematics

• Relative Risk 100%
• Covariate 100%
• Modeling Approach 100%
• Exploratory 100%
• Population Level 100%
• Control System 100%

Pharmacology, Toxicology and Pharmaceutical Science

• Dengue 100%
• Risk Evaluation 66%
• Arbovirus 66%
• Diseases 66%
• Infection 33%
• Aedes 33%