B P Lanphear1, M Weitzman, S Eberly. 1. Department of Pediatrics, University of Rochester School of Medicine and Dentistry, NY, USA.
Abstract
OBJECTIVES: This study explored whether differences in environmental lead exposures explain the racial disparity in children's blood lead levels. METHODS: Environmental sources of lead were identified for a random sample of 172 urban children. RESULTS: Blood lead levels were significantly higher among Black children. Lead-contamination of dust was higher in Black children's homes, and the condition of floors and interior paint was generally poorer. White children were more likely to put soil in their mouths and to suck their fingers, whereas Black children were more likely to put their mouths on window sills and to use a bottle. Major contributors to blood lead were interior lead exposures for Black children and exterior lead exposures for White children. CONCLUSIONS: Differences in housing conditions and exposures to lead-contaminated house dust contribute strongly to the racial disparity in urban children's blood lead levels.
OBJECTIVES: This study explored whether differences in environmental lead exposures explain the racial disparity in children's blood lead levels. METHODS: Environmental sources of lead were identified for a random sample of 172 urban children. RESULTS: Blood lead levels were significantly higher among Black children. Lead-contamination of dust was higher in Black children's homes, and the condition of floors and interior paint was generally poorer. White children were more likely to put soil in their mouths and to suck their fingers, whereas Black children were more likely to put their mouths on window sills and to use a bottle. Major contributors to blood lead were interior lead exposures for Black children and exterior lead exposures for White children. CONCLUSIONS: Differences in housing conditions and exposures to lead-contaminated house dust contribute strongly to the racial disparity in urban children's blood lead levels.
Authors: B P Lanphear; M Emond; D E Jacobs; M Weitzman; M Tanner; N L Winter; B Yakir; S Eberly Journal: Environ Res Date: 1995-02 Impact factor: 6.498
Authors: Gary Adamkiewicz; John D Spengler; Amy E Harley; Anne Stoddard; May Yang; Marty Alvarez-Reeves; Glorian Sorensen Journal: Am J Public Health Date: 2013-09-12 Impact factor: 9.308