Absorption Levels and Morphological Features of Fetal Organs in Wistar Rats Treated with Lead Acetate

Lead is one of the heavy metals most used in industry. Poisoning due to long-term lead exposure is known as saturnism, and is an occupational illness that has been known for many years. Lead is highly toxic and can compromise the structural and functional patterns of organs and systems. The aim of t...

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Bibliographic Details
Published in:	International journal of morphology Vol. 30; no. 1; pp. 119 - 124
Main Authors:	Bomfim, Kátia Michelle dos Anjos, Garcia, Carlos Alexandre Borges, Reis, Francisco Prado, Palmeira, José Arnaldo Vasconcelos, Scher, Ricardo, de Lucca Júnior, Waldecy, Aragão, José Adeval, Vasconcelos, Francis Lima, Albuquerque Júnior, Ricardo Luiz Cavalcanti, Feitosa, Vera Lúcia Corrêa
Format:	Journal Article
Language:	English
Published:	Sociedad Chilena de Anatomía 01-03-2012
Subjects:	ANATOMY & MORPHOLOGY Lead acetate Fetos Fetuses Lung Pulmón Acetato de plomo Kidney Riñon
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Summary:	Lead is one of the heavy metals most used in industry. Poisoning due to long-term lead exposure is known as saturnism, and is an occupational illness that has been known for many years. Lead is highly toxic and can compromise the structural and functional patterns of organs and systems. The aim of this study was to examine the lungs and kidneys of fetuses from female Wistar rats exposed to lead acetate. In this study, the lungs and kidneys of 20 fetuses from female rats that had previously been treated with lead acetate were dissected, fixed, embedded in paraffin and stained with hematoxylin and eosin. Macroscopic changes to the shape, color and consistency of organs from fetuses treated with this heavy metal were observed, in comparison with organs from control fetuses. Microscopic lesions characterized by vascular sclerosis, cell atrophy or hyperplasia, progressive interstitial fibrosis, inclusion bodies containing lead acetate and glomerular sclerosis were found in the kidneys. The lesions found in the lungs consisted of destructuring of the parenchyma, impregnation with lead acetate, formation of fibrosis, extravasation of vascular fluids, reduction of the alveolar spaces and formation of alveolar edema. These changes were correlated with the level of lead acetate absorption, as determined using atomic spectrophotometry.
ISSN:	0717-9502 0717-9502
DOI:	10.4067/S0717-95022012000100021