Showing posts sorted by relevance for query SMOKING. Sort by date Show all posts
Showing posts sorted by relevance for query SMOKING. Sort by date Show all posts

Thursday, September 08, 2022

Cigarette smoking more prevalent, harder to quit among rural vs. urban Americans

Peer-Reviewed Publication

INDIANA UNIVERSITY

Maria Parker 

IMAGE: MARIA PARKER. view more 

CREDIT: INDIANA UNIVERSITY

BLOOMINGTON, Ind. -- A new study by Indiana University researchers found that from 2010 to 2020, a larger proportion of rural Americans smoked cigarettes -- and their odds of quitting smoking were lower -- compared to those living in urban areas.

"Cigarette smoking prevalence is higher in rural than urban U.S. communities, and that disparity has only increased over time," said Maria Parker, an assistant professor of epidemiology and biostatistics in the IU School of Public Health-Bloomington. "We wanted to see if quit ratios might account for some of rural vs. urban area smoking disparity, beyond a higher smoking prevalence."

The study team was led by Parker and included colleagues at IU, Rutgers University and Yeshiva University. Their findings were recently published in JAMA Network Open.

Using deidentified data from the U.S. Department of Health and Human Services' 2010-20 National Survey on Drug Use, the researchers analyzed adults who had smoked at least 100 cigarettes in a lifetime, which they defined as lifetime cigarette smoking. Current smoking was defined as smoking one or more cigarettes in the past month, and former smoking as no cigarettes in the past year. Overall and annual quit ratios were estimated as proportions of former smokers among lifetime smokers.

The researchers found that of the 161,348 lifetime cigarette smokers analyzed, 33.5% were former smokers.

In 2020, current smoking prevalence was higher in rural than urban areas -- 19.2% vs 14.4% -- whereas quit ratios were similar in rural and urban areas, at 52.9% and 53.9%, respectively.

However, from 2010 to 2020, the odds of quitting smoking were 75% lower in rural areas compared to urban ones.

Over time, smoking quit ratios among both rural and urban populations increased.

"Our findings support that a persistent rural/urban disparity exists," Parker said. "Not only were smoking prevalence estimates higher in rural areas, but quit ratios were lower in rural areas than urban areas. Rural residents may face more barriers to using smoking cessation services than urban residents, or they may be in an earlier stage of motivation to quit."

Parker said that smoking intervention at the clinical setting, health system or population level might improve reach and sustainability of cessation services for rural residents. She said that leveraging existing smoking quit lines and telehealth solutions may also help rural residents by minimizing barriers to access.

Additional IU authors on the paper include researcher and biostatistician Erik S. Parker and student Emma Eggers, both of the School of Public Health-Bloomington.

Tuesday, September 14, 2021

DUH OH

Shop displays of e-cigarettes and smoking paraphernalia could undermine effectiveness of banning tobacco display

Highly visible displays of e-cigarettes and smoking related products found in almost all shops and supermarkets that sell tobacco

Peer-Reviewed Publication

BMJ

Efforts to discourage people from smoking by banning tobacco retail displays in shops and supermarkets could be weakened by prominent displays of electronic (e) cigarettes and smoking paraphernalia, suggests new research published in the journal Tobacco Control.

Researchers found that the vast majority of retailers that sell tobacco, albeit out of view, had prominent displays of e-cigarettes (used as a smoking cessation aid) and smoking paraphernalia, such as cigarette lighters.

Displays of tobacco products at the point of sale in retail stores are banned in many countries because of their potential link to increased smoking and higher susceptibility to smoking in children.

Twenty countries, including England, implemented tobacco point of sale display bans between 2001 and 2016 and increasingly they have been replaced with covered tobacco storage units often placed alongside tobacco signage and displays of e-cigarettes and smoking paraphernalia.

However, the extent of this potential problem is unknown because the visibility and placement of e-cigarette and smoking paraphernalia point of sale displays has not been described in detail.

A team of researchers from the universities of Bristol and Cambridge aimed to address this gap to inform future research by examining the impact of e-cigarette and smoking paraphernalia point of sale displays on tobacco smoking, particularly in children, as well as differences in visibility according to area of deprivation.

Researchers visited 166 stores in Bristol and Cambridge, of which 133 sold the relevant products and agreed to take part. These included small and large format stores of four supermarket chains and a randomly selected sample of convenience stores.

A standardised checklist was used to create a total visibility score for point of sale displays of e-cigarettes and smoking paraphernalia that were encountered, while other measures of visibility and placement were also captured.

Results showed that both e-cigarette and smoking paraphernalia point of sale displays were present in 96% of stores. These point of sale displays were highly visible across all stores with an average visibility score of 14.7 out of 17 for e-cigarettes and 12.7 out of 17 for smoking paraphernalia on the checklist.

Analysis of the results also revealed that the use of multiple display units was more common for e-cigarettes (53%) than for smoking paraphernalia (12%). Signage was present in most stores (62%) for e-cigarettes, but not for smoking paraphernalia (5%).

Visible pricing was present in most stores (70%) for e-cigarettes, but less so (45%) for smoking paraphernalia.

Most stores had smaller e-cigarette (74%) and smoking paraphernalia (93%) displays than their tobacco storage unit, and these were positioned next to it (49% and 50%, respectively).

Just over half (53%) of stores had some form of promotional material for e-cigarettes, with the most common types involving price (23%), ease of use (15%), and flavours (14%).

The researchers did not find any clear evidence of a relationship between visibility and deprivation status of the store’s location.

The authors acknowledged that having data from stores in only two cities could limit how generalisable its findings were. However, this is the first study (to their knowledge) to describe the visibility and placement of e-cigarettes and smoking paraphernalia in large tobacco retailers and a standardised measure of visibility was used.

They conclude: “E-cigarette and smoking paraphernalia point of sale displays are near ubiquitous and highly visible in supermarkets and convenience stores in two cities in England.

“The high frequency and visibility of these displays could be undermining the effectiveness of the tobacco point of sale display ban. Their impact on smoking in children merits urgent attention.”

###

Friday, August 25, 2023

 

Smokers who start below age 20 become more addicted and find it difficult to quit


Reports and Proceedings

EUROPEAN SOCIETY OF CARDIOLOGY




Amsterdam, Netherlands – 25 Aug 2023: Researchers urge governments to raise the legal age to purchase cigarettes to 22 years or higher as study finds it becomes less addictive and easier to quit as people get older. The research is presented at ESC Congress 2023.1

In 2020, more than one in five people worldwide used tobacco.2 Tobacco kills up to half of its users.2 Smokers below the age of 50 years have a five-fold higher risk of developing cardiovascular disease compared with their non-smoking peers.The legal age to purchase tobacco is 18 years old in many countries but in some nations there are no age restrictions. It is estimated that nearly 9 out of 10 adults who smoke cigarettes daily first try smoking by age 18, and 99% first try smoking by age 26.4

This study examined the relationship between the age of smoking initiation, nicotine dependence and smoking cessation. The study included smokers who had visited a smoking cessation clinic in Japan. Participants completed the Fagerström test for nicotine dependence (FTND) which asks questions such as “How soon after you wake up do you smoke your first cigarette?”, “Do you find it difficult to refrain from smoking in places where it is forbidden” and “How many cigarettes per day do you smoke?”. Scores for each answer were added up for a total score indicating a nicotine dependency of low (score 1-2), low to moderate (3-4), moderate (5-7) or high (8 or higher).

Participants were divided into two groups based on the age they started smoking (less than 20 years old and 20 years or older); 20 years was used as the cut-off as it is the legal smoking age in Japan. Carbon monoxide in the breath was measured to indicate the number of cigarettes smoked in the past 24 hours. Smoking cessation was defined as no tobacco smoking in the past seven days and an exhaled carbon monoxide level less than 7 ppm.

The researchers analysed the associations between nicotine dependency and successful smoking cessation according to the age participants started smoking. The analyses were adjusted for sex and age at the time of attending the smoking cessation clinic.

The study included 1,382 smokers, of whom 30% were women. The average age when attending the smoking cessation clinic for the first time was 58 years. Some 556 smokers started smoking before age 20 (early starters), while 826 smokers were 20 years of age or older when they began smoking (late starters).

Early starters reported a higher number of cigarettes per day (25) compared with late starters, who smoked 22 cigarettes per day. Those who started early had higher respiratory carbon monoxide levels compared with those who started late (19 vs. 16.5 ppm, respectively) and higher FTND scores (7.4 vs. 6.3, respectively). Less than half of early starters (46%) successfully quit smoking compared with 56% of late starters, for an odds ratio of 0.711 after adjusting for sex, age at clinic visit and smoking cessation aids – indicating that early starters were 30% less likely to successfully kick the habit compared with late starters.

Participants were further divided into four groups according to the age they commenced smoking (17 years or less, 18 to 19, 20 to 21, and 22 or older). In the four groups, FTND scores were 7.5, 7.2, 6.7 and 6.0, respectively, showing that those who start smoking aged 22 or older were even less nicotine dependent.

Study author Dr. Koji Hasegawa of the National Hospital Organization Kyoto Medical Center, Kyoto, Japan said: “Our results show that starting smoking early is linked with higher nicotine dependency, even in young adulthood. The study indicates that increasing the legal age to buy tobacco to 22 years or older could lead to a reduction in the number of people addicted to nicotine and at risk of adverse health consequences.”

 

ENDS

Notes to editors

Authors: ESC Press Office
Mobile: +336 61 40 18 84

Email: press@escardio.org

The hashtag for ESC Congress 2023 is #ESCCongress.

Follow us on Twitter @ESCardioNews 

 

Funding: This study was partly supported by Grants-in-Aid for Scientific Research from the Japan Society for the Promotion of Science

Disclosures: None.

 

References and notes

1The abstract “Effect of smoking initiation age on nicotine dependence” will be presented during the session Defining prevention strategies which takes place on Saturday 26 August from 15:15 to 16:00 CEST at Station 10.

2World Health Organization. Tobacco. https://www.who.int/news-room/fact-sheets/detail/tobacco

3Visseren FLJ, Mach F, Smulders YM, et al. 2021 ESC Guidelines on cardiovascular disease prevention in clinical practice. Eur Heart J. 2021;42:3227–3337.

4Centers for Disease Control and Prevention. Youth and Tobacco Use. https://www.cdc.gov/tobacco/data_statistics/fact_sheets/youth_data/tobacco_use/index.htm

 

About ESC Congress 2023

It is the world’s largest gathering of cardiovascular professionals, disseminating ground-breaking science both onsite in Amsterdam and online – from 25 to 28 August. Explore the scientific programme. More information is available from the ESC Press Office at press@escardio.org.

About the European Society of Cardiology

The European Society of Cardiology brings together health care professionals from more than 150 countries, working to advance cardiovascular medicine and help people lead longer, healthier lives.

Wednesday, August 18, 2021

 ALL SMOKING PRODUCES TOXIC PARTICULATES

Smoking exposure during childhood may increase risk of rheumatoid arthritis


Longitudinal study uncovers significant influence of passive exposure to parental smoking on adult-onset incident seropositive rheumatoid arthritis


Peer-Reviewed Publication

BRIGHAM AND WOMEN'S HOSPITAL

A new study by investigators from Brigham and Women’s Hospital found a potential direct link between exposure to parental smoking during childhood and increased risk of seropositive rheumatoid arthritis (RA) later in life. Researchers utilized established longitudinal data from 90,923 women in the Nurses’ Health Study II (NHSII) to elucidate the relationship between passive smoking exposure and incident RA. Passive exposure was broken down into three categories, including maternal smoking during pregnancy, parental smoking during childhood, and years lived with smokers since age 18. Even with personal smoking accounted for, passive exposure to parental smoking during childhood was found to increase risk of incident seropositive RA by 75-percent. Findings are published in Arthritis & Rheumatology.

“There has been intense interest in mucosal lung inflammation from personal smoking as a site of RA pathogenesis,” said senior author Jeffrey A. Sparks, MD, MMSc, of the Department of Medicine at the Brigham. “But the majority of RA patients aren’t smokers, so we wanted to look at another inhalant that might precede RA.”

RA is an inflammatory disease characterized by arthritis at multiple joints and is associated with morbidity and mortality outcomes. Many people with RA have signs of lung inflammation, and while genetic and environmental factors contribute to risk of developing RA, smoking has long been implicated as a key RA risk factor. Personal (active) smoking is the most well-established environmental risk factor associated with RA, with passive smoking left relatively unexplored.

To link passive smoking and incident RA more conclusively, Sparks and colleagues used data from NHSII questionnaires collected biennially between 1989 and 2017 from 90,923 women aged 35-52 years. Researchers used participant medical records to confirm incident RA and serostatus. Statistical modeling was then used to estimate the direct effect of each passive smoking exposure on RA risk, as well as to control for other factors such as personal smoking.

A 75-percent higher risk of RA was found in individuals who experienced passive childhood exposure to parental smoking. This risk increased in participants who themselves became active smokers. Over the median follow-up of 27.7 years, 532 women in the cohort developed confirmed incident RA cases — the majority (352) of which were seropositive (positive for RA autoantibodies). Maternal smoking during pregnancy and years lived with smokers beyond age 18 showed no significant association with incident RA risk.

Although the all-female nurse participant pool led to high response rates and retention, the study is limited by the absence of men. The team intends to continue with longitudinal studies that encompass both men and women, as to provide critical insight into other rheumatoid conditions and even other autoimmune diseases.

“Our findings give more depth and gravity to the negative health consequences of smoking in relation to RA, one of the most common autoimmune diseases,” said lead and co-corresponding author Kazuki Yoshida, MD, ScD, of the Brigham’s Division of Rheumatology, Inflammation and Immunity. “This relationship between childhood parental smoking and adult-onset RA may go beyond rheumatology — future studies should investigate whether childhood exposure to inhalants may predispose individuals to general autoimmunity later in life.”

Conflict of Interest: None

Funding: This work was supported by the National Institute of Arthritis and Musculoskeletal and Skin Diseases (NIAMS) under award number K23 AR069688 to Dr. Sparks. This work was additionally supported by the Rheumatology Research Foundation R Bridge Award, and by the National Institutes of Health (award numbers L30 AR066953, K24 AR052403, R01 AR049880, R01AR057327, R01 AR119246, R01 HL034594, P30 AR070253, P30 AR072577, P30 AR069625, UM1CA186107, U01 HG008685, 1OT2OD026553, and R03 AR075886). Dr. Yoshida was supported by the Rheumatology Research Foundation K Bridge Award, Brigham and Women's Hospital Department of Medicine Fellowship Award, and K23 AR076453 (NIAMS).

Nurses’ Health Study II was supported by the National Institutes of Health (U01 CA176726, R01CA67262, and U01 HL145386).

Paper cited: Yoshida K et al. “Passive Smoking Throughout the Life Course and the Risk of Incident Rheumatoid Arthritis in Adulthood Among Women” Arthritis Rheumatol. DOI: 10.1002/art.41939

Sunday, November 20, 2022

The Affordable Care Act linked to reduced smoking among US adults with mental health and substance use disorders

Peer-Reviewed Publication

SOCIETY FOR THE STUDY OF ADDICTION

During the first decade following passage of the Affordable Care Act (enacted March 2010), US adults with mental health and substance use disorders (MH/SUD) experienced significant increases in health insurance coverage. They also showed significant reductions in smoking and increases in recent smoking abstinence.  A new study published by the scientific journal Addiction has found that those two changes -- increased health insurance coverage and improved smoking outcomes – appear to be linked. 

This study, by a team that included researchers at Harvard Medical School/Cambridge Health Alliance, compared smoking and insurance coverage trends among almost 450,000 US adults with and without MH/SUD, using 2008-19 data from the National Survey on Drug Use and Health, an annual, cross-sectional survey. 

The study’s findings are among the first to identify meaningful, population-level reductions in smoking and increases in abstinence among adults with MH/SUD, a group that has maintained significantly higher smoking rates in recent decades despite public health measures and interventions that have driven change in the general adult population. A substantial proportion of the estimated improvements in smoking and abstinence outcome for those with MH/SUD can be explained by increases in health insurance coverage.

Changes in smoking:  From 2008 to 2019, US adults with MH/SUD reduced their smoking and increased their abstinence rates more than those without MH/SUD.* 

Changes in health insurance availability:  People with MH/SUD have historically had more limited access to care.  Health insurance coverage for people with MH/SUD increased after 2014, when ACA provisions expanded the potential pool of individuals able to afford insurance coverage and improved evidence-based treatment options for those with insurance.**

The link between changes in smoking and changes in health insurance availability:  This study found that in 2018-19, 11% of net reductions in current smoking, 12% of net reductions in daily smoking, and 12% of net increases in recent smoking abstinence coincided with greater gains in insurance coverage for adults with MH/SUD compared with adults without MH/SUD.

The study excluded adults who were 65 years or older and most likely to be covered by Medicare (public health insurance covering the elderly) and therefore less subject to most ACA provisions.

* Specifically, current smoking rates of adults with MH/SUD decreased from 37.9% to 27.9% while current smoking rates of adults without MH/SUD decreased from 21.4% to 16.3%, a significant difference in decrease of 4.9%. Daily smoking followed a similar pattern, with a difference in decrease of 3.9%.   Recent smoking abstinence rates for adults with MH/SUD increased from 7.4% to 10.9% while recent smoking abstinence rates for adults without MH/SUD increased from 9.6% to 12.0%, a difference in increase of 1.0%.

** In 2008-09, the prevalence of insurance coverage was 6.2 percentage points lower for adults with MH/SUD (71.9%) than for adults without MH/SUD (78.2%). By 2018-19, that difference had shrunk to 2.0 percentage points.

-- Ends –

For editors:

This paper is free to read for one month after publication from the Wiley Online Library: https://onlinelibrary.wiley.com/doi/10.1111/add.16052 or by contacting Jean O’Reilly, Editorial Manager, Addictionjean@addictionjournal.org.

To speak with co-author Benjamin Cook, please contact him at Cambridge Health Alliance/Harvard Medical School by email (bcook@cha.harvard.edu) or telephone (+1 617 806 8741).

Full citation for article: Creedon TB, Wayne GF, Progovac AM, Levy DE, Lê Cook B. Trends in cigarette use and health insurance coverage among US adults with mental health and substance use disorders. Addiction. 2022. https://doi.org/10.1111/add.16052

Funding: This project was supported by the National Cancer Institute (R01CA229355-03).

Declaration of interests: None.

Addiction (www.addictionjournal.org) is a monthly international scientific journal publishing peer-reviewed research reports on alcohol, substances, tobacco, and gambling as well as editorials and other debate pieces. Owned by the Society for the Study of Addiction, it has been in continuous publication since 1884.

Monday, September 27, 2021


Graphic Cigarette Warning Labels, the First Amendment, and Public Right to Accurate Public Health InformationGraphic Cigarette Warning Labels Back Under Legal Scrutiny

JAMA Health Forum. 2021;2(9):e212886. doi:10.1001/jamahealthforum.2021.2886

 Special Communication

September 24, 2021
Abstract

Importance  The 2009 Family Smoking Prevention and Tobacco Control Act required the US Food and Drug Administration (FDA) to issue a rule requiring graphic warning labels depicting the health consequences of smoking for prominent placement on cigarette packages and advertising. The tobacco industry filed a lawsuit against the FDA claiming that the required graphic labels constituted compelled speech in violation of First Amendment speech rights, and courts ruled for the tobacco industry. Subsequently, the FDA thoroughly redesigned the graphic labels and issued a revised rule, but the tobacco industry immediately filed a similar lawsuit against the FDA again on First Amendment grounds.

Observations  This article examines the delicate balance between First Amendment speech rights vs the right of the public to receive truthful, accurate, and understandable public health information. The article argues that the newly designed warning labels should easily pass First Amendment analysis. The need for new warning labels on tobacco products and advertising is a critical public health intervention to promote greater public understanding of the negative consequences of cigarette smoking, especially among the young.

Conclusions and Relevance  The legal analysis in this article marshals arguments that the First Amendment does not prohibit the requirement of the new tobacco warning labels. Commercial speech receives First Amendment protection primarily for the benefit of the public (listeners) and not the tobacco industry (compelled speakers). The balance favors the right of the public to receive accurate information about critical health risks.

Introduction

With the passage of the Federal Cigarette Labeling and Advertising Act (FCLA, 15 USC 1333) in 1965, the US government mandated for the first time that all cigarette packages and advertising materials must include the following warning label: “Caution: Cigarette smoking may be hazardous to your health.” This requirement set off a protracted conflict between the tobacco industry and the federal government, which has continued until this day, centered on the issue of compelled commercial speech.

For 2 decades following the passage of the FCLA, the US and other countries around the world applied various iterations of health warnings on cigarette packages, but all of them were based on presentation of textual warnings on packaging and advertising materials.1 With the growing realization that textual warnings have limited effectiveness in conveying information or reducing smoking, including ineffectiveness among adolescents,2 interest grew in the creation of graphic warning labels depicting with illustrations the adverse health consequences of smoking. The first country to adopt graphic warning labels was Iceland, which began to apply them in 1985.3 As government interest in the public health value of graphic warning labels grew internationally, by 2012, 49 countries had adopted them—except the US, despite that they may decrease positive perceptions of cigarettes, increase quitting cognitions, and modify smoking behavior.4,5

Since 2009, the US Food and Drug Administration (FDA) has had the authority to regulate tobacco products. In that year, the Family Smoking Prevention and Tobacco Control Act (TCA),6 which granted the FDA’s regulatory authority over tobacco, was signed into law by President Barack Obama. Among the provisions in the TCA is an amendment to section 4 of the FCLA, which includes a regulation requiring that color graphic depictions of the health consequences of smoking be displayed on all cigarette packages and advertising materials.

First Amendment Protection of Commercial Speech

In 2011, the FDA issued graphic warning labels, which pictured serious health complications of cigarette smoking. The graphic labels illustrated adverse health consequences of cigarette use to more fully inform the public about the range of health complications. Before they were deployed, however, the labels were challenged in a lawsuit filed by tobacco companies (RJ Reynolds Tobacco Company v FDA).7 The companies’ claim was that the graphic labeling requirement constituted compelled speech that violated their First Amendment free speech rights.

The US Constitution protects speakers not only from government restrictions on their right to speak, but also from government actions to compel them to speak. As First Amendment scholar Robert Post has noted, in the realm of political speech (ie, public discourse as part of participatory democracy), there is “a constitutional symmetry between restrictions on public discourse and compulsions to participate in public discourse.”8(p877) Both the freedom to speak and the right not to be compelled to speak receive equal constitutional protection. This symmetry does not, however, pertain to commercial speech, defined as speech intended solely to promote a commercial transaction.9 In this circumstance, the right of commercial speakers to speak is protected, while their right not to be compelled to speak receives lesser protection.

First Amendment protection of commercial speech has evolved over the past 4 decades. Prior to Virginia State Board of Pharmacy v Virginia Citizens Consumer Council, Inc, decided in 1976, commercial speech received little or no constitutional protection. In that case,10 the US Supreme Court invalidated a Virginia statute stating that it was unprofessional conduct for a licensed pharmacist to advertise the prices of prescription drugs, on the basis of the First and Fourteenth Amendments. This was the first case in which the Supreme Court ruled that commercial speech was not excluded from First Amendment protection.

In 1980, in Central Hudson Gas & Electric Corporation v Public Service Commission, the US Supreme Court first established a new standard of review defining when commercial speech may be regulated.11 Justice Lewis Powell set out the 4-pronged Central Hudson test for commercial speech regulation:

At the outset, we must determine whether the expression is protected by the First Amendment. For commercial speech to come within that provision, it at least must concern lawful activity and not be misleading. Next, we ask whether the asserted governmental interest is substantial. If both inquiries yield positive answers, we must determine whether the regulation directly advances the governmental interest asserted, and whether it is not more extensive than necessary to serve that interest.11

On the basis of the text of the opinion in Central Hudson, the test is generally considered to establish an intermediate level of scrutiny for laws or regulations that may affect commercial speech.12 The principal rationale for allowing constitutional protection of commercial speech is that “the constitutional value of commercial speech lies in the circulation of information.”8(p877)

First Amendment Protection of Off-label Promotion

The Central Hudson test was also used in a recent legal case involving off-label promotion of a prescription drug.13 In Amarin Pharma Inc v FDA (119 F Supp 3d 196 [SDNY 2015]), the court ruled that Amarin’s off-label promotion of its omega-3 fatty acid formulation, Vascepa, received First Amendment protection as commercial speech, as long as the promotional materials were truthful and nonmisleading.14 In reaching this ruling, the court applied the Central Hudson test, concluding that the FDA’s claim of misbranding did not survive application of the test. The court also referred to US v Caronia, an earlier case in which the FDA brought criminal charges against a drug representative for off-label promotional activities.15 Here too, the court applied the Central Hudson test in concluding that off-label promotion received First Amendment protection as commercial speech. Taken together, these 2 legal cases greatly strengthened protection of commercial speech by the First Amendment.

Compelled Commercial Speech

For compelled commercial speech, such as mandated disclosures about marketed products, a different standard of review has been established. In Zauderer v Office of Disciplinary Counsel, a case that involved an attorney who was advertising his services, the Office of Disciplinary Council in Ohio brought a complaint against him for inconsistencies of his advertising with state law.16 The outcome of the complaint was that the Office of Disciplinary Council required disclosure of information that was not contained in the attorney’s original advertising materials. The Supreme Court rejected the use of the Central Hudson test as the standard of review for compelled commercial speech. Justice Byron White wrote for the Court:

Because the extension of First Amendment protection to commercial speech is justified principally by the value to consumers of the information such speech provides, see Virginia Pharmacy Board v Virginia Citizens Consumer Council, Inc, 425 US 748 (1976), appellant’s constitutionally protected interest in not providing any particular factual information in his advertising is minimal.16

Justice White added:

We do not suggest that disclosure requirements do not implicate the advertiser’s First Amendment rights at all. We recognize that unjustified or unduly burdensome disclosure requirements might offend the First Amendment by chilling protected commercial speech. But we hold that an advertiser’s rights are adequately protected as long as disclosure requirements are reasonably related to the State’s interest in preventing deception of consumers.16

Thus, in Zauderer, the standard of review for compelled disclosure was determined by the Court to be “reasonably related to the State’s interest in preventing deception of consumers.”16 This standard of review is, arguably, comparable to rational basis review, and the Central Hudson test was not invoked. Although some commentators have claimed that the Zauderer standard of review applies only to situations in which the State has an interest in preventing “deception of consumers,” Post8 has unambiguously refuted this claim. He noted that a mandated disclosure is constitutional as long as it is “purely factual and noncontroversial” and “reasonably related” to an appropriate State interest.8

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JAMA Health Forum – Health Policy, Health Care Reform, Health Affairs | JAMA Health Forum | JAMA Network


Estimated Prevalence of Smoking and Smoking-Attributable Mortality Associated With Graphic Health Warnings on Cigarette Packages in the US From 2022 to 2100

JAMA Health Forum. 2021;2(9):e212852. doi:10.1001/jamahealthforum.2021.2852

 Original Investigation

September 24, 2021
Key Points

Question  What are the estimated population health outcomes associated with implementation of graphic health warnings on cigarette packages in 2022 and with delayed implementation of the warnings since 2012, as originally planned, in the US?

Findings  In this decision analytical model using simulation modeling of smoking prevalence and smoking-attributable mortality in the US from 2012 to 2100, graphic health warnings, if implemented from 2022 to 2100, would be associated with 539 000 smoking-attributable deaths averted and 7.9 million life-years gained, and if implemented in 2012, with 718 000 deaths averted and 11.2 million life-years gained through 2100.

Meaning  These findings suggest that graphic health warnings on cigarette packages may be associated with important public health benefits, and industry litigation and procedural delays to implementation may have been harmful for public health.

Abstract

Importance  Starting in 2022, the US Food and Drug Administration (FDA) plans to require all cigarette packages in the US to display graphic health warnings depicting health harms associated with smoking. The FDA originally planned to implement such warnings in 2012, but tobacco industry litigation delayed the effort.

Objective  To assess the estimated population health outcomes associated with a policy requiring graphic health warnings on cigarette packages in the US and with a 10-year delay in implementation.

Design, Setting, and Participants  This decision analytical model used simulation modeling of smoking prevalence and smoking-attributable mortality in the US from 2012 to 2100, using the Cancer Intervention and Surveillance Modeling Network smoking population model. The study was conducted from October 2020 to July 2021.

Main Outcomes and Measures  The primary outcomes were annual adult smoking prevalence, smoking-attributable deaths averted, and life-years gained vs the baseline scenario. A baseline scenario assuming no graphic health warnings was compared with expected outcomes of implementing graphic health warnings in 2022 vs 2012. Policy effects were considered under varying assumptions of the association of the policy with smoking initiation and cessation, ranging from most conservative to most optimistic. A maximum smoking reduction scenario in which all smoking would stop by the end of 2022 was evaluated.

Results  In the baseline scenario, an estimated 13.2 million smoking-attributable deaths would have occurred from 2012 to 2100. Under a maximum smoking-reduction scenario, 5.5 million of these deaths would be averted. Implementation of graphic health warnings from 2022 to 2100 would be associated with 539 000 (range, 275 000-794 000) smoking-attributable deaths averted and 7.9 million (range, 4.0-11.6 million) life-years gained, representing less than 10% of the 5.5 million estimated smoking-attributable deaths averted and 81.8 million life-years gained in the maximum smoking-reduction scenario. Implementation from 2012 to 2100 would be associated with 33.2% (range, 32.9%-33.5%) more deaths averted (718 000; range, 365 000 to 1.1 million) and 42.7% (range, 42.3%-43.1%) more life-years gained (11.2 million; range, 5.7-16.6 million) compared with implementation in 2022.

Conclusions and Relevance  This decision analytical model estimated that FDA cigarette graphic health warnings, if implemented in 2022, would be associated with public health benefits. The model also estimated that more smoking-attributable deaths would have been averted if the policy had been implemented in 2012. Industry litigation and delays to implementing tobacco regulations may have been harmful for public health.

Introduction

Cigarette health warnings in the US have remained unchanged for the past 35 years, but starting in 2022, pending legal challenges, the US Food and Drug Administration (FDA) will require cigarette manufacturers to display graphic health warnings covering 50% of the front and back of cigarette packages. These warnings will also be required in cigarette advertisements. Cigarette health warnings will feature 1 of 13 graphic images that depict some of the negative health consequences of smoking and brief warning statements (eg, “Smoking causes COPD, a lung disease that can be fatal”).1 The FDA originally planned to implement graphic health warnings in 2012, but tobacco industry litigation and resulting court decisions struck down the initial warnings, delaying implementation.1 Public health organizations and physicians filed a lawsuit against the FDA for these delays, and a court-ordered deadline forced the FDA to finalize new graphic health warnings nearly a decade later.2 The tobacco industry has also issued repeated legal challenges to the revised warning designs, and the implementation date is contingent on further court rulings.

Previous estimates of the potential population health benefits of graphic health warnings in the US were based on smoking prevalence trends through 2016.3 Since then, the prevalence of smoking—especially among youths and young adults—has decreased more than expected.4,5 Recent shifts in smoking trends may affect the outcomes associated with new regulations, including graphic health warnings. Past estimates also have not separately evaluated the outcomes for specific birth cohorts. This study used a simulation model to estimate smoking prevalence and mortality outcomes associated with graphic health warnings in the US under the planned policy for 2022 and compared these with estimated outcomes if the policy had been implemented in 2012.

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JAMA Health Forum – Health Policy, Health Care Reform, Health Affairs | JAMA Health Forum | JAMA Network