Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world

A previous study suggested that banned organochlorine pesticides were being used to protect illegal crops from pests. The study herein explored the exposure of individuals living in a region with such crops. Samples from 99 individuals were collected during 2005 and 2006 and organochlorine pesticide...

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Autores Principales: Varona, Marcela Eugenia, Díaz-Criollo, Sonia M., Lancheros-Bernal, Angélica R., Murcia-Orjuela, Alix M., Henao Londoño, Gloria L., Idrovo, Alvaro Javier
Formato: Artículo (Article)
Lenguaje:Inglés (English)
Publicado: Taylor & Francis 2010
Materias:
Acceso en línea:https://repository.urosario.edu.co/handle/10336/28308
https://doi.org/10.1080/09603123.2010.491855
id ir-10336-28308
recordtype dspace
spelling ir-10336-283082020-08-28T15:47:55Z Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world Exposición a plaguicidas organoclorados entre trabajadores agrícolas en regiones colombianas con cultivos ilícitos: una exploración en un mundo oculto y peligroso Varona, Marcela Eugenia Díaz-Criollo, Sonia M. Lancheros-Bernal, Angélica R. Murcia-Orjuela, Alix M. Henao Londoño, Gloria L. Idrovo, Alvaro Javier Organochlorine pesticides Agriculture Communities Farmers Colombia A previous study suggested that banned organochlorine pesticides were being used to protect illegal crops from pests. The study herein explored the exposure of individuals living in a region with such crops. Samples from 99 individuals were collected during 2005 and 2006 and organochlorine pesticides were quantified using chromatography in serum samples. We detected heptachlor (72.73%), 4,4-DDE (19.19%), aldrin (15.15%), ?-chlordane (12.12%), dieldrin (11.11%), ?-chlordane (10,10%), ?-endosulfan (8.08%), endosulfan (6.06%), ?-endosulfan (5.05%), oxychlordane (3.03%), 4,4-DDT (3.03%), and 2,4-DDT (2.02%). Heptachlor had a skewed and negative distribution (median: 8.69 ng/l and maximum: 43.8 ng/l). A two-dimensional biplot suggested that mixtures present were endosulfan/4,4-DDT, aldrin/?-chlordane, and oxychlordane/?-endosulfan/dieldrin. We did not identify variables associated with exposure levels. These data suggest that banned organochlorine pesticides are used. This is an example of research in a war context, where the problems related with pesticides are complex, and their implications go beyond a toxicological or epidemiological viewpoint. 2010-12-14 2020-08-28T15:47:55Z info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion ISSN: 0960-3123 EISSN: 1369-1619 https://repository.urosario.edu.co/handle/10336/28308 https://doi.org/10.1080/09603123.2010.491855 eng info:eu-repo/semantics/restrictedAccess application/pdf Taylor & Francis International Journal of Environmental Health Research
institution EdocUR - Universidad del Rosario
collection DSpace
language Inglés (English)
topic Organochlorine pesticides
Agriculture
Communities
Farmers
Colombia
spellingShingle Organochlorine pesticides
Agriculture
Communities
Farmers
Colombia
Varona, Marcela Eugenia
Díaz-Criollo, Sonia M.
Lancheros-Bernal, Angélica R.
Murcia-Orjuela, Alix M.
Henao Londoño, Gloria L.
Idrovo, Alvaro Javier
Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
description A previous study suggested that banned organochlorine pesticides were being used to protect illegal crops from pests. The study herein explored the exposure of individuals living in a region with such crops. Samples from 99 individuals were collected during 2005 and 2006 and organochlorine pesticides were quantified using chromatography in serum samples. We detected heptachlor (72.73%), 4,4-DDE (19.19%), aldrin (15.15%), ?-chlordane (12.12%), dieldrin (11.11%), ?-chlordane (10,10%), ?-endosulfan (8.08%), endosulfan (6.06%), ?-endosulfan (5.05%), oxychlordane (3.03%), 4,4-DDT (3.03%), and 2,4-DDT (2.02%). Heptachlor had a skewed and negative distribution (median: 8.69 ng/l and maximum: 43.8 ng/l). A two-dimensional biplot suggested that mixtures present were endosulfan/4,4-DDT, aldrin/?-chlordane, and oxychlordane/?-endosulfan/dieldrin. We did not identify variables associated with exposure levels. These data suggest that banned organochlorine pesticides are used. This is an example of research in a war context, where the problems related with pesticides are complex, and their implications go beyond a toxicological or epidemiological viewpoint.
format Artículo (Article)
author Varona, Marcela Eugenia
Díaz-Criollo, Sonia M.
Lancheros-Bernal, Angélica R.
Murcia-Orjuela, Alix M.
Henao Londoño, Gloria L.
Idrovo, Alvaro Javier
author_facet Varona, Marcela Eugenia
Díaz-Criollo, Sonia M.
Lancheros-Bernal, Angélica R.
Murcia-Orjuela, Alix M.
Henao Londoño, Gloria L.
Idrovo, Alvaro Javier
author_sort Varona, Marcela Eugenia
title Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
title_short Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
title_full Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
title_fullStr Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
title_full_unstemmed Organochlorine pesticide exposure among agricultural workers in Colombian regions with illegal crops: an exploration in a hidden and dangerous world
title_sort organochlorine pesticide exposure among agricultural workers in colombian regions with illegal crops: an exploration in a hidden and dangerous world
publisher Taylor & Francis
publishDate 2010
url https://repository.urosario.edu.co/handle/10336/28308
https://doi.org/10.1080/09603123.2010.491855
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