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Analysis of Indoor Tanning Legislation in the United States

Analysis of Indoor Tanning Legislation in the United States

Dr. David Buller, Klein Buendel Director of Research, and a national team of scientists, physicians, and attorneys, have published an article in the American Journal of Public Health that describes the progression, content, and stringency of state legislation regulating indoor tanning in the United States.

Skin cancer is a highly prevalent, potentially deadly, and expensive disease. Indoor tanning is a well-established cause of melanoma and keratinocyte (non-melanoma) carcinomas. In the most recent estimates, nearly 6% of adolescents and 5% of adults indoor tan. Most individuals begin indoor tanning as adolescents or young adults. Stringent state indoor tanning laws that include age bans for minors instead of just parental consent are associated with less indoor tanning.

For this study, trained research assistants used legal mapping methods to collect and code legislative bills on indoor tanning introduced in U.S. states, the District of Columbia, and Puerto Rico. The research aimed to (1) describe the progression of state indoor tanning legislation (enacted or failed); (2) detail the content and stringency of bills with special attention to whether bills banned indoor tanning by minors (individuals aged younger than 18 years (under-18 ban); and (3) explore the potential impact of political party affiliation of state government leadership when bills were proposed.

Between 1992 and 2023, 184 bills were introduced in 49 of 50 states and the District of Columbia (56 laws were enacted, and 126 bills failed). An under-18 ban was enacted in 22 states and the District of Columbia. Analyses calculated composite scores on the stringency of age restrictions and of warnings, operator requirements, and enforcement. The research team evaluated associations of the political party of the legislative sponsor and legislature majority. Specific methods, coding protocols, statistical analyses, results, conclusions, limitations, and public health implications are detailed in the American Journal of Public Health paper.

In many states, it took several years and proposed bills before a law on indoor tanning was enacted. Enacted bills were more stringent than failed bills. Party affiliation of the bill sponsor and legislature majority combined to affect bill passage and age restrictions. Increasing support for stringent regulations on indoor tanning is evident and may motivate other states or the federal government to prohibit minors from using indoor tanning facilities in an effort to improve health and prevent death.

This research was supported by a grant to Rutgers University from the National Cancer Institute (CA244370; Dr. Carolyn Heckman and Dr. David Buller, Multiple Principal Investigators). Paper authors include Dr. Carolyn Heckman, Ms. Anna Mitarotondo, and Mr. Kevin Schroth from Rutgers University; Mr. Alan Geller from Harvard University; Dr. Jerod Stapleton from the University of Kentucky; Ms. Samantha Guild from the AIM at Melanoma Foundation in Texas; Dr. Jeffrey Gershenwald from the MD Andersen Cancer Center at the University of Texas; Dr. Robert Dellavalle from the University of Minnesota; Dr. Sherry Pagoto from the University of Connecticut; and Dr. David Buller, Ms. Julia Berteletti and Ms. Irene Adjei from Klein Buendel.

Indoor Tanning Policies Are Insufficient to Protect Young Adults

Indoor Tanning Policies Are Insufficient to Protect Young Adults

Ms. Anna Mitarotondo, a Research Program Manager from Rutgers University, gave a Research Spotlight presentation on the Indoor Tanning Policy research project at the 45th Annual Sessions and Meeting of the Society of Behavioral Medicine in Philadelphia, PA, March 13-16, 2024. Dr. Carolyn Heckman from Rutgers and Dr. David Buller from Klein Buendel are the project’s Multiple Principal Investigators.

Ms. Anna Mitarotondo, Rutgers University

Five million Americans are treated for skin cancer annually with the incidence of melanoma tripling in the last 40 years. Even a single session of indoor tanning is a well-established cause of melanoma especially at younger ages. Indoor tanning is also associated with sunburn, another major risk factor. In addition to FDA safety regulations, 46 states restrict minor indoor tanning access. More stringent laws (such as age bans vs. parental consent or no law) have been associated with less youth indoor tanning. However, enforcement and compliance are essential for successful law implementation. This study investigates regulation stringency, behavior, facility compliance, and sunburns.

The research team conducted an online, nationally representative survey of 1000 individuals aged 18-29 who indoor tanned in the last three years. 82% identified as female, and 74% as white, non-Hispanic. A majority (89%)  indoor tanned multiple times in the past three years. Participants reported being most likely to tan in indoor tanning salons, gyms, and beauty salons. They also reported indoor tanning in homes, spas, and apartment complexes, with participants indoor tanning in more types of facilities after age 18. Despite FDA recommendations, participants reported that only 16% of facilities prohibited daily or unlimited tanning. Nearly half (48%) of participants were not informed of time limits when indoor tanning. Half (50%) reported that over half of the time, they were able to avoid indoor tanning facility rules. Nearly two-thirds (61%) of participants reported burning from an indoor tanning device in the past three years, with 15% reporting a burn from their most recent session. Of participants who reported indoor tanning as minors, 61% reported burns and 30% reported getting medical attention.

This is the first study to show rates of indoor tanning at facilities other than tanning salons, both before and after age 18, in a representative national sample. Participants reported insufficient facility compliance with, and enforcement of, indoor tanning regulations, which in some cases may have led to severe burns. Analyses are underway to further investigate regulation stringency, enforcement, and compliance by type of facility and state, adjusting for demographic factors and additional key covariates. The goal is to inform future indoor tanning policies at the state and federal level.

This research was supported by a grant to Rutgers from the National Cancer Institute (CA244370; Dr. Carolyn Heckman and Dr. David Buller, Multiple Principal Investigators). Coauthors included and Ms. Maame Araba Assan from Rutgers University, Dr. Jerod Stapleton from the University of Kentucky, and Ms. Julia Berteletti from Klein Buendel.

UV Measured under Built Shade in Public Parks

UV Measured under Built Shade in Public Parks

Reducing exposure to ultraviolet radiation (UV) is crucial for preventing UV-induced diseases of the skin and eyes. Shade may offer significant protection from UV.

A research team from Klein Buendel and Cancer Council Victoria and LaTrobe University in Australia have published a paper on UV measurements under shade structure built in public parks in International Journal of Environmental Research and Public Health. The paper expands empirical research to quantify the UV protection offered from built shade to guide disease prevention practices and confidence in investment in shade.

Specifically, the research team quantified UV levels under built shade relative to unshaded passive recreation areas (PRAs) over summer months in parks in two cities (Denver, Colorado, USA and Melbourne, Victoria, Australia). In a randomized controlled trial, 1,144 UV measurements were recorded at the center and periphery of PRAs in a total sample of 144 public parks as part of pretest and posttest measures of use of the PRAs by park visitors. UV measurements were recorded for three recruitment waves per city during 2010 to 2014. Following pretest, 36 of the PRAs received built shade structures.

Regression analyses modelled pre-post change in UV (Standard Erythemal Dose (SED) per 30 min) at PRAs; and environmental predictors. Mean UV at the center of built shade PRAs decreased from pretest to posttest, adjusting for the covariates of ambient SED, solar elevation, and cloud cover. Clouds decreased and solar elevation increased UV levels under shade. No significant differences in UV by design of the shade structure occurred. A substantial reduction in UV exposure can be achieved using built shade with shade cloth designs, offering considerable protection for shade users. Supplementary sun protection  is recommended for extended periods of shade use during clear sky days. This could include things like brimmed hats, long sleeves, sunglasses, and sunscreen.

This research was supported by a grant from the National Cancer Institute (CA140367; Dr. David Buller, PI). Collaborators on this publication also include Dr. Suzanne Dobbinson and Dr. James Chamberlain from Cancer Council Victoria; Jody Simmons from LaTrobe University; and Mary Buller from Klein Buendel.