Manganese Kidney at Abbie Patterson blog

Manganese Kidney. Deficiency or excess exposure to manganese (mn), an essential mineral, may have potentially adverse health effects. Manganese (mn) is an essential trace element involved in the formation of bone and in amino acid, lipid and carbohydrate metabolism. This review focuses on the requirement for mn in human health as well as the diseases associated with excessive exposure to this metal. The body maintains stable tissue manganese concentrations. Highest levels of zip14a are observed in the lung, testis, and kidney whereas the b isoform of the transporter is relatively evenly distributed. Mn excess may be neurotoxic to humans, affecting specific areas of the central nervous system. The liver, pancreas, kidney, and brain also contain manganese.

Figure 1 from Generation and characterization of a novel kidney
from www.semanticscholar.org

The liver, pancreas, kidney, and brain also contain manganese. Highest levels of zip14a are observed in the lung, testis, and kidney whereas the b isoform of the transporter is relatively evenly distributed. This review focuses on the requirement for mn in human health as well as the diseases associated with excessive exposure to this metal. Mn excess may be neurotoxic to humans, affecting specific areas of the central nervous system. The body maintains stable tissue manganese concentrations. Deficiency or excess exposure to manganese (mn), an essential mineral, may have potentially adverse health effects. Manganese (mn) is an essential trace element involved in the formation of bone and in amino acid, lipid and carbohydrate metabolism.

Figure 1 from Generation and characterization of a novel kidney

Manganese Kidney Highest levels of zip14a are observed in the lung, testis, and kidney whereas the b isoform of the transporter is relatively evenly distributed. Manganese (mn) is an essential trace element involved in the formation of bone and in amino acid, lipid and carbohydrate metabolism. The body maintains stable tissue manganese concentrations. The liver, pancreas, kidney, and brain also contain manganese. Mn excess may be neurotoxic to humans, affecting specific areas of the central nervous system. This review focuses on the requirement for mn in human health as well as the diseases associated with excessive exposure to this metal. Highest levels of zip14a are observed in the lung, testis, and kidney whereas the b isoform of the transporter is relatively evenly distributed. Deficiency or excess exposure to manganese (mn), an essential mineral, may have potentially adverse health effects.

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