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Changes in Latina Women's Exposure to Cleaning Chemicals Associated with Switching from Conventional to 'Green' Household Cleaning Products: The LUCIR Intervention Study.

Authors :
Harley, Kim G
Harley, Kim G
Calderon, Lucia
Nolan, James ES
Maddalena, Randy
Russell, Marion
Roman, Katherine
Mayo-Burgos, Stephanie
Cabrera, Jessica
Morga, Norma
Bradman, Asa
Harley, Kim G
Harley, Kim G
Calderon, Lucia
Nolan, James ES
Maddalena, Randy
Russell, Marion
Roman, Katherine
Mayo-Burgos, Stephanie
Cabrera, Jessica
Morga, Norma
Bradman, Asa
Source :
Environmental health perspectives; vol 129, iss 9, 97001; 0091-6765
Publication Year :
2021

Abstract

BackgroundHousehold cleaning products may be a significant source of chemical exposures, including carcinogens and suspected endocrine disruptors.ObjectivesWe characterized exposures during routine household cleaning and tested an intervention to reduce exposures to cleaning product chemicals.MethodsThe Lifting Up Communities with Interventions and Research (LUCIR) Study is a youth-led, community-based intervention project. Youth researchers conducted personal air monitoring with 50 Latina women while they cleaned their homes with their regular cleaning products (preintervention visit) and then 1 week later while they used "green" cleaning products provided by the study (postintervention visit). Air samples were analyzed for volatile and semivolatile organic compounds using gas chromatography-mass spectrometry and high-performance liquid chromatography. We compared pre- and postintervention air concentrations of 47 chemicals of concern, selected because they were on California's Proposition 65 list of carcinogens or reproductive/developmental toxicants or were suspected endocrine disruptors. Youth researchers were integrally involved in the study design, data collection, interpretation, and dissemination of findings.ResultsWe observed statistically significant decreases in air concentrations of 17 chemicals of concern when participants switched to green cleaning products, including decreases in geometric mean concentrations of 1,4-dioxane (-46.4%), chloroform (-86.7%), benzene (-24.8%), naphthalene (-40.3%), toluene (-24.2%), and hexane (-35.5%). We observed significant increases in air concentrations of three fragrance compounds: the plant-derived terpene, beta-myrcene (221.5%), and the synthetic musks celestolide (31.0%) and galaxolide (79.6%). Almost all participants (98%) said the replacement products worked as well as their original products, and 90% said that they would consider buying the replacement products in the future.DiscussionThis study demonstrates th

Details

Database :
OAIster
Journal :
Environmental health perspectives; vol 129, iss 9, 97001; 0091-6765
Notes :
application/pdf, Environmental health perspectives vol 129, iss 9, 97001 0091-6765
Publication Type :
Electronic Resource
Accession number :
edsoai.on1277078330
Document Type :
Electronic Resource