Philip Morris (PM) Announces Positive Results from New Clinical Study on IQOS (Earlier)
Philip Morris International (PMI) (NYSE: PM) announces today the positive results from a new clinical study on IQOS, the company’s most advanced smoke-free product. The Exposure Response Study (ERS) measured the biological response of people who switch to IQOS for six months compared with continued smoking. The study met its primary objective, demonstrating that after six months, eight measures of biological response (the primary clinical risk endpoints) improved in those who switched to IQOS.
- Likely the first ever clinical study of this magnitude to directly assess risk-reduction potential of a smoke-free product in people who switch to it.
- Six-month Clinical Study met primary objective: shows improvements in the biological response of people who switch to IQOS compared to continued smoking.
- Results submitted to the US FDA on June 8 to add to the extensive body of evidence already presented to the Agency.
PMI’s Scientific Assessment Program has rigorously tested IQOS over more than 7 years and supports that switching to our most advanced smoke-free product is likely to present less risk of harm than continuing to use cigarettes. Numerous aerosol chemistry and physics measurements demonstrate that IQOS aerosol contains an average of 90-95% lower levels of harmful constituents. Our results support that these reduced emissions translate to reduced toxicity in the laboratory and to reduced exposure in clinical studies. The ERS contributes an important new facet to PMI’s research: it begins to explore the impact of these promising results by measuring the biological response of people who switch to IQOS compared with those who continue to smoke.
“These results are very encouraging. We believe this study on IQOS is the first ever clinical study of this magnitude to directly assess the risk-reduction potential of a smoke-free product in people who switch to it. Everything we’ve seen, including these new results, continues to point in the direction of risk reduction,” said Frank Luedicke, PMI’s Chief Medical Officer. “We are sharing the results with the scientific community at multiple conferences over the next few months and we look forward to their feedback.”
On June 8th, PMI submitted the ERS results to the US FDA to add to the extensive body of evidence already presented to the agency in support of PMI’s pending application for authorization of IQOS as a modified risk tobacco product. FDA is in the process of reviewing both PMI’s modified risk tobacco product and our premarket tobacco applications, but has not yet reached conclusion. The topline ERS results have already been presented at recent conferences, including the 18th International Symposium on Atherosclerosis in Toronto, Canada on June 8-12, and the 1st Scientific Summit on Tobacco Harm Reduction: Novel products, Research & Policy on June 9th. The results will also be presented today at the Global Forum on Nicotine in Warsaw, Poland and other conferences in the coming months.
About the Study
The ERS was a six-month randomized, controlled, two-arm parallel group, multicenter US study in adults who switched from smoking cigarettes to IQOS as compared to continuing to smoke cigarettes. The study followed 984 people who were randomized to either continue smoking cigarettes (n= 488), or switch to IQOS (n=496) for six months. The ERS assessed a set of eight primary and numerous secondary clinical risk endpoints, which were selected because of their association with smoking-related diseases. These endpoints are negatively impacted by smoking and based on literature are expected to improve within six months of smoking cessation.
The study met its primary objective: all eight of the primary clinical risk endpoints moved in the same direction as observed for smoking cessation in the group who switched to IQOS, with statistically significant changes in five of the eight endpoints compared with on-going smoking. These clinical risk endpoints are associated with diseases including heart and lung diseases, covering multiple organ systems, disease pathways, and biological mechanisms such as inflammation and oxidative stress.
The study was designed to address key questions related to the impact of switching to IQOS, as it is actually used. The study included people who had no intention to quit smoking and allowed them to freely use IQOS as well as other tobacco and nicotine containing products. The study met its primary objective and also saw favorable changes in the secondary clinical risk endpoints, even though there was a proportion of the IQOS users in the study who concomitantly used cigarettes. For more information on the ERS go to www.clinicaltrials.gov (Identifier: NCT02396381). The full results will be submitted for publication in a peer-reviewed journal.