Because of its high rates of soil-to-planttransfer, Cd is a contaminant found in most human foodstuffs, which renders diet a primary source of exposure among nonsmoking, non-occupationally exposed populations. A safe intake limit of 7 μg cadmium/week/kg body weight was set based on the critical renal cadmium concentration of between 100 and 200 μg/g wet weight. The aim of our research was to study Cd effects on morphology of the glomerular and tubular cells of kidney in experimental animal.
Glomerular and tubular cells of the rat kidney: morphological changes induced by Cadmium / Bandiera, Pasquale; Pirino, Alessio; Sotgiu, Maria Alessandra; Mazzarello, Vittorio Lorenzo; Meloni, R; Montella, Andrea Costantino Mario. - (2012), pp. 74-74. (Intervento presentato al convegno Cadmium Symposium: ICS 2012: Abstract book tenutosi a Sassari, Italy nel 8, 9 June 2012).
Glomerular and tubular cells of the rat kidney: morphological changes induced by Cadmium
BANDIERA, Pasquale;PIRINO, Alessio;SOTGIU, Maria Alessandra;MAZZARELLO, Vittorio Lorenzo;MONTELLA, Andrea Costantino Mario
2012-01-01
Abstract
Because of its high rates of soil-to-planttransfer, Cd is a contaminant found in most human foodstuffs, which renders diet a primary source of exposure among nonsmoking, non-occupationally exposed populations. A safe intake limit of 7 μg cadmium/week/kg body weight was set based on the critical renal cadmium concentration of between 100 and 200 μg/g wet weight. The aim of our research was to study Cd effects on morphology of the glomerular and tubular cells of kidney in experimental animal.| File | Dimensione | Formato | |
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