Brief report
Tobacco Smoke Exposure in a Sample of Boston Public Housing Residents

https://doi.org/10.1016/j.amepre.2012.09.048Get rights and content

Background

There is no safe level of tobacco smoke exposure. Nonsmoking residents of public housing are at particular risk of suffering the health consequences of tobacco smoke exposure.

Purpose

To compare levels of tobacco smoke exposure among nonsmoking residents of the Boston Housing Authority (BHA) to previously published data from the National Health and Nutrition Examination Survey and identify factors associated with such exposure in the BHA.

Methods

Nonsmoking adults and children from two BHA housing developments were invited to participate in a tobacco smoke exposure screening in which they completed a short survey and provided a saliva sample for cotinine analysis. Data were collected in 2011 and analyzed in 2012.

Results

Of 51 eligible study participants, 88% (95% CI=76%, 95%) had detectable cotinine levels (0.15 ng/mL lower limit of detection) compared to at most 56% of residents nationally (using a more sensitive 0.05 ng/mL lower limit of detection). Geometric mean cotinine levels among study participants were 0.52 ng/mL (95% CI=0.37 ng/mL, 0.74 ng/mL) compared to at most 0.10 ng/mL nationally. Residents living in homes with strict no-smoking rules had lower cotinine levels than those without such rules (0.40 ng/mL vs 1.07 ng/mL, p=0.006).

Conclusions

Tobacco smoke exposure is substantially higher in this sample of nonsmoking BHA residents than among nonsmoking Americans nationally. A comprehensive prohibition on smoking in BHA housing units enacted in October 2012 will help protect this highly exposed group of residents and serve as a model for other housing authorities.

Introduction

Involuntary tobacco smoke exposure has adverse health consequences for both children and adults, and there is no safe level of exposure to tobacco smoke.1 Residents in multiunit housing may be unable to reduce their tobacco smoke exposure to safe (i.e., zero) levels due to the many air pathways from unit to unit and among common areas and units. Most nonsmoking residents of multiunit housing self-report tobacco smoke entering their units, and 9.2% report daily tobacco smoke incursions.2 Policies designed to eliminate such exposure in multiunit housing, particularly public housing, have a strong legal and ethical rationale3 and are gaining momentum.4, 5

In October 2012, the Boston Housing Authority (BHA) of Boston MA, became the nation's largest urban housing authority to adopt a comprehensive no-smoking policy when it banned smoking in all of its 11,000 units.6 This study was a pilot assessment of tobacco smoke exposure in the BHA prior to the implementation of its no-smoking rule, a policy that could be replicated in other major public housing authorities nationally. To inform tobacco control research and policy priorities, cotinine levels in this population at high risk of exposure are compared to national exposure data.

Section snippets

Setting

A convenience sample of self-reported nonsmoking adult and child residents was recruited using flyers offering a “secondhand smoke exposure screening” posted in public areas of two BHA developments in February and April 2011. Participants consenting to take part in the study had to be English speakers or be assisted by an English speaker. After providing consent (parents provided consent for their children), participants completed a 14-item survey, provided a saliva sample for cotinine

Results

Of 61 residents who consented to participate in the study, ten were excluded (five insufficient saliva samples, five cotinine values >15 ng/mL [ranging from 61 ng/mL to 303 ng/mL]). The 51 remaining residents came from 38 different households. Demographic characteristics and survey responses are listed in Table 1. Thirty-one percent of respondents were children.

A total of 88% of residents overall (95% CI=76%, 95%) and 90% of homes with no resident smokers (95% CI=77%, 96%) had detectable

Discussion

In exploring cotinine levels among nonsmoking residents within the BHA, tobacco smoke exposure was detectable in 88% of residents assessed using a lower limit of detection of 0.15 ng/mL. The prevalence of detectable exposure in this sample is much higher than what has been reported in national data, even though the national studies use tests with more-sensitive lower limits of detection (0.05 ng/mL). All else being equal, the national studies would be expected, given the lower limit, to yield a

References (20)

There are more references available in the full text version of this article.

Cited by (19)

  • COVID-19 Stay-At-Home Orders and Secondhand Smoke in Public Housing

    2023, American Journal of Preventive Medicine
  • Cigarette smoking and adverse health outcomes among adults receiving federal housing assistance

    2017, Preventive Medicine
    Citation Excerpt :

    Over 20% of HUD-assisted persons are disabled and 33% of households are headed by elderly adults (United States Department of Housing and Urban Development, 2016). Studies have shown that a sizable proportion of housing residents experience involuntary SHS incursions in their homes, including residents of multiunit and subsidized housing (Levy et al., 2013; Hewett et al., 2013). HUD is the primary federal agency responsible for assisted housing programs for low-income Americans.

  • Cost savings associated with prohibiting smoking in U.S. subsidized housing

    2013, American Journal of Preventive Medicine
    Citation Excerpt :

    With the increasing number of U.S. states prohibiting tobacco smoking in indoor public places, private settings are becoming relatively larger contributors to total SHS burden.1,2 This may be particularly true for residents of multiunit housing, where SHS can infiltrate smokefree living units from units that permit smoking and shared areas.3–6 In addition to SHS-related healthcare costs, smoking in multiunit housing can lead to excess expenses from property renovation and smoking-attributable fires.7,8

  • Implementation Activities in Smoke-Free Public Housing: The Massachusetts Experience

    2023, International Journal of Environmental Research and Public Health
View all citing articles on Scopus
View full text