AbstractHere we present data on liver metal levels and expression of genes related to iron homeostasis in rhesus monkeys after inhalational manganese exposure. Archived liver samples from rhesus monkeys exposed to 0 (n=6), 0.06 (n=6), 0.3 (n=4) and 1.5 (n=4)mg/m3 manganese inhalation for 65 days were obtained from a published study (“Tissue manganese concentrations in young male rhesus monkeys following subchronic manganese sulfate inhalation” [1]). Samples were analyzed by spectroscopy, immunoblotting and quantitative PCR to assess metal levels and gene expression. Liver manganese and iron levels were linearly correlated although only the intermediate manganese exposure level (0.3mg Mn/m3) led to a statistically significant increase in liv...
Since manganese (Mn) is both an essential trace metal and, under conditions of excess exposure, a ne...
Exposure to high levels of manganese (Mn) is known to produce a complex neurological syndrome with p...
Epidemiological studies have reported associations between environmental manganese (Mn) exposure and...
AbstractHere we present data on liver metal levels and expression of genes related to iron homeostas...
Abstract Background Given mounting evidence for adver...
Neurotoxicity is linked with high-dose manganese inhalation. There are few biomarkers that correlate...
The purpose of this study was to evaluate biochemical markers of neurotoxicity following subchronic ...
AbstractNeurodegenerative diseases get a growing relevance for societies. But yet the complex multi-...
For nearly a century, manganese has been recognized as an essential nutrient for proper bone formati...
Reliable biomarkers for manganese (Mn) exposure and/or effect are not available at present. Without ...
Abstract Background Neurotoxicity and pulmonary dysfunction are well-recognized problems associated ...
Manganese (Mn) is an essential mineral that is found at low levels in food, water, and the air. Unde...
Neurotoxicity linked to excessive brain manganese levels can occur as a result of high level Mn expo...
Despite evidence of adverse health effects resulting from exposure to manganese (Mn), biomarkers of ...
Juvenile female and male (young) and 16-mo-old male (old) rats inhaled manganese in the form of mang...
Since manganese (Mn) is both an essential trace metal and, under conditions of excess exposure, a ne...
Exposure to high levels of manganese (Mn) is known to produce a complex neurological syndrome with p...
Epidemiological studies have reported associations between environmental manganese (Mn) exposure and...
AbstractHere we present data on liver metal levels and expression of genes related to iron homeostas...
Abstract Background Given mounting evidence for adver...
Neurotoxicity is linked with high-dose manganese inhalation. There are few biomarkers that correlate...
The purpose of this study was to evaluate biochemical markers of neurotoxicity following subchronic ...
AbstractNeurodegenerative diseases get a growing relevance for societies. But yet the complex multi-...
For nearly a century, manganese has been recognized as an essential nutrient for proper bone formati...
Reliable biomarkers for manganese (Mn) exposure and/or effect are not available at present. Without ...
Abstract Background Neurotoxicity and pulmonary dysfunction are well-recognized problems associated ...
Manganese (Mn) is an essential mineral that is found at low levels in food, water, and the air. Unde...
Neurotoxicity linked to excessive brain manganese levels can occur as a result of high level Mn expo...
Despite evidence of adverse health effects resulting from exposure to manganese (Mn), biomarkers of ...
Juvenile female and male (young) and 16-mo-old male (old) rats inhaled manganese in the form of mang...
Since manganese (Mn) is both an essential trace metal and, under conditions of excess exposure, a ne...
Exposure to high levels of manganese (Mn) is known to produce a complex neurological syndrome with p...
Epidemiological studies have reported associations between environmental manganese (Mn) exposure and...