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Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children

The ingestion of airborne lead fallout is the mechanism responsible for increased lead body burdens found in 10 urban Connecticut children. The mean indoor lead levels found in housedust was 11,000 μg/g; highest concentrations occurred on windowsills and in floor dust. The mean lead content of Hartf...

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Detalles Bibliográficos
Autores principales: Lepow, Martha L., Bruckman, Leonard, Rubino, Robert A., Markowitz, Steven, Gillette, Marybeth, Kapish, Janet
Formato: Texto
Lenguaje:English
Publicado: 1974
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1475134/
https://www.ncbi.nlm.nih.gov/pubmed/4133903
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author Lepow, Martha L.
Bruckman, Leonard
Rubino, Robert A.
Markowitz, Steven
Gillette, Marybeth
Kapish, Janet
author_facet Lepow, Martha L.
Bruckman, Leonard
Rubino, Robert A.
Markowitz, Steven
Gillette, Marybeth
Kapish, Janet
author_sort Lepow, Martha L.
collection PubMed
description The ingestion of airborne lead fallout is the mechanism responsible for increased lead body burdens found in 10 urban Connecticut children. The mean indoor lead levels found in housedust was 11,000 μg/g; highest concentrations occurred on windowsills and in floor dust. The mean lead content of Hartford street dirt was 1,200 μg/g; levels were highest near the street and next to the buildings. The mean lead concentration of hand samples taken from the subject children was 2,400 μg/g; the mean weight of hand samples was 11 mg. The concentration of lead in dirt and househould dust was high enough to theoretically result in excessive lead accumulation in young children who are putting their dusty, dirty hands in their mouths during play. While we believe that lead emitted from automobiles contributes significantly to air, dirt and dust lead levels the environmental impact of reducing or eliminating lead from gasoline is not yet completely understood.
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spelling pubmed-14751342006-06-09 Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children Lepow, Martha L. Bruckman, Leonard Rubino, Robert A. Markowitz, Steven Gillette, Marybeth Kapish, Janet Environ Health Perspect Articles The ingestion of airborne lead fallout is the mechanism responsible for increased lead body burdens found in 10 urban Connecticut children. The mean indoor lead levels found in housedust was 11,000 μg/g; highest concentrations occurred on windowsills and in floor dust. The mean lead content of Hartford street dirt was 1,200 μg/g; levels were highest near the street and next to the buildings. The mean lead concentration of hand samples taken from the subject children was 2,400 μg/g; the mean weight of hand samples was 11 mg. The concentration of lead in dirt and househould dust was high enough to theoretically result in excessive lead accumulation in young children who are putting their dusty, dirty hands in their mouths during play. While we believe that lead emitted from automobiles contributes significantly to air, dirt and dust lead levels the environmental impact of reducing or eliminating lead from gasoline is not yet completely understood. 1974-05 /pmc/articles/PMC1475134/ /pubmed/4133903 Text en
spellingShingle Articles
Lepow, Martha L.
Bruckman, Leonard
Rubino, Robert A.
Markowitz, Steven
Gillette, Marybeth
Kapish, Janet
Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title_full Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title_fullStr Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title_full_unstemmed Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title_short Role of Airborne Lead in Increased Body Burden of Lead in Hartford Children
title_sort role of airborne lead in increased body burden of lead in hartford children
topic Articles
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1475134/
https://www.ncbi.nlm.nih.gov/pubmed/4133903
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