Updated: 3 October 2024
Heated tobacco products research landscape
In recent years, there has been a notable surge in the number of independent organizations and institutions conducting studies on smoke-free products, including those offered by PMI, along with the methodologies and findings that support them.
The quantity of independent studies focusing on heated tobacco products (HTPs), particularly PMI's heat-not-burn products, has shown a significant upward trend over time. By the end of 2017, there were less than 20 independent papers published annually. Now, we see over 100 research papers published per year, covering original data, analysis, methodology, case reports, and reviews on HTPs. And that does not include many commentaries and opinion pieces that are also published.
To date, we have counted more than 750 independent publications on the HTP category meeting these criteria. Many of these are focused on the Tobacco Heating System (THS).
These studies often reinforce key findings from our own research efforts. However, it is important to acknowledge that variations may exist between studies, including differing results, data interpretations, methodological approaches, and conclusions drawn.
It is essential to recognize that individual studies, regardless of their quality, only provide a fragment of the overall picture. A comprehensive understanding of the harm reduction potential of our smoke-free products emerges from the accumulation of evidence over time.
How do we keep track of independent studies on heated tobacco products?
We have developed a database specifically dedicated to scientific literature on smoke-free products, which includes a thorough coverage of HTPs. This library is designed to include articles published in peer-reviewed journals, regardless of whether they are authored by PMI or independent third parties.
Our approach to data collection and analysis involves utilizing RightFind, PubMed, Scopus, Embase, SciFinder, and Google Scholar scientific publication databases. This approach helps to ensure that our analysis is based on a wide range of sources and provides a robust understanding of the research landscape surrounding the topic. The collected literature covers all scientific disciplines (i.e., aerosol chemistry and physics, preclinical toxicology, and clinical and behavioral and perception studies) and beyond (i.e., policy options and marketing).
The resulting library is maintained and updated daily. Specific search strings are optimized for HTPs. Since some of those databases are not open access, we provide the search strings for those visitors who have access (subscriptions).