Investigating the population health impact of an oral tobacco–derived nicotine pouch product utilizing a three-product tobacco use population model
Raheema Muhammad-Kah, Thaddaeus Hannel, Lai Wei, Hui Cheng, Sucharitha Iyer, Mohamadi Sarkar

TL;DR
This study uses a detailed model to show that allowing nicotine pouches could reduce deaths and cigarette use.
Contribution
The study introduces a three-product model to better reflect real-world tobacco use patterns and assess population health impacts.
Findings
Introducing nicotine pouches could prevent 476,000 premature deaths.
Cigarette use could decrease by 0.6 percentage points.
Smokeless tobacco use could decrease by 0.3 percentage points.
Abstract
This study employed a three-product agent-based model (ABM) to evaluate the potential population-level effects of granting market authorization for on!® nicotine pouches, an oral tobacco-derived nicotine product. Previous research has typically relied on simplified two-product models comparing cigarette use in a “Base Case” with a “Modified Case” scenario, limiting the ability to reflect real-world multi-product tobacco use patterns. To address this, the ABM in this study incorporated cigarettes and smokeless tobacco (ST) products in the Base Case and added the on!® nicotine pouches as the Test Product in the Modified Case. Developed in MATLAB® version 9.2, the model consisted of a transition sub-model, which simulated annual changes in product use based on national survey data and Test Product-specific studies, and a mortality sub-model, which linked survival outcomes to product…
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Taxonomy
TopicsSmoking Behavior and Cessation · COVID-19 epidemiological studies · Innovation Diffusion and Forecasting
