Evaluating the association of social determinants of health with chronic diseases at the population level requires access to individual-level factors associated with disease, which are rarely available for large populations. This study used data concerning disease status and various biological, social and other variables from Allegheny County, Pennsylvania, collected from January 2015 to December 2016, to build a semisynthetic population. The results of the study suggest that creating a geographically explicit synthetic population from real and synthetic data is feasible and that synthetic populations are useful for modeling disease in large populations and for estimating the outcome of interventions.
Recent Abstracts
Information About New Federal Regulations for Opioid Treatment Programs (OTPs)
Centering Country Ownership and Leadership: The Data for Health Initiative’s Approach
Mass Media Campaigns
Data for Health: Advancing Gender Equity
The Index of Tobacco Control Sustainability
Index of Tobacco Control Sustainability (ITCS): India Subnational Tobacco Control
Index of Tobacco Control Sustainability (ITCS): Indonesia Subnational Tobacco Control
Considerations for Planning Childhood Blood Lead Surveillance
Air Quality Monitoring Toolkit: Assessing Second-Hand Smoke in Hospitality Venues
Association between high-threshold practices and buprenorphine treatment termination