Simulation Modeling

In a keynote interview at a March 25th University of Pennsylvania virtual conference on the impact of upcoming Medicaid funding changes for substance use disorder treatment programs, New York’s top addiction official warned that the sweeping federal changes could destabilize the nation’s addiction treatment system, forcing states into painful tradeoffs that may ultimately cost lives. Speaking at […]

Lead author Hana Zwick, a research data analyst at the Syndemics Lab, and colleagues published a new simulation modeling study in JAMA Network Open to understand the public health and economic outcomes of strategies that arrest, disperse, or house people who live in encampments and experience high-risk opioid use compared to the encampment status quo. […]

In a new article in Hepatology Communications, lead author and CHERISH Population Data & Modeling Core Director Benjamin Linas and colleagues report new economic analyses from MINMON, an AIDS Clinical Trial Group (ACTG 5360) study that used a minimal monitoring approach to provide treatment for chronic hepatitis C virus (HCV). Findings suggest that the simplified […]

The Syndemics Lab, led by CHERISH Population Data & Modeling Core Director Benjamin Linas, uses simulation models to investigate population-level outcomes, costs, and cost-effectiveness of interventions and care delivery models to treat HIV, hepatitis C virus (HCV), and substance use disorder. In addition to their core research, the Boston-based team collaborates with real-world decision-makers to […]

Overdose is the leading cause of death among people with opioid use disorder (OUD) who are experiencing homelessness. Innovative care models that meet this population outside of office-based settings can improve access to buprenorphine, a medication for treating OUD, and avert fatal overdoses. In this study, Avik Chatterjee, lead author and addiction specialist at Boston […]

More than 4 million people in the U.S. live with a hepatitis C virus (HCV) diagnosis. However, as of 2022, fewer than one-third of individuals infected with HCV have been cured due to barriers related to high direct-acting antiviral (DAA) pricing and the steps involved in determining someone’s degree of liver disease or fibrosis. In […]

Children with perinatally acquired hepatitis C virus (HCV) are now eligible to receive direct-acting antivirals (DAAs), a highly effective treatment for HCV, as early as the age of 3. Despite existing studies demonstrating DAA’s high efficacy and tolerance among adults and children between the 3 and 12 years old, there has been low uptake due […]

Drug overdose deaths continue to rise in the United States and Canada, with the risks for greater opioid use sharply increasing in Mexico. As modelers, we know simulation modeling is a valuable tool that can inform policies and interventions to prevent overdose deaths and reduce related harms including drug overdose, HIV, and hepatitis C virus […]

“What will it take to end HIV in the United States?” is a pressing question posed by public health officials, researchers, and policymakers alike. Population Data & Modeling Core Director Benjamin Linas seeks to answer that question by amplifying notable results from a simulation modeling study published by researchers at Johns Hopkins. In an editorial issued in the Annals of […]

COVID-19 has brought simulation modeling to the foreground of public discourse, as policy makers and stakeholders project the effects of different interventions to “flatten the curve.” Simulation models allow investigators to tinker with different conditions of the world to observe how they affect future outcomes; however, translating the models’ results to the public can be […]