Iron metabolism in the body.
1Murine models have made valuable contributions to our understanding of iron metabolism.
2However, recent studies point to an additional iron metabolism disorder in WD patients.
3Background: Defective systemic and local iron metabolism correlates with cardiac disorders.
4Physiologic iron metabolism is strongly influenced by inflammation, which clinically leads to anemia.
5Ferritin, an iron -storage protein, regulates cellular iron metabolism and oxidative stress.
6This work provides new insights into the role of abnormal iron metabolism in neurodegeneration.
7A growing number of murine models are being developed to investigate mitochondrial iron metabolism.
8High-fat diet-induced obesity is known to disturb hepatic iron metabolism in a time-dependent manner.
9Consequently, a relationship between iron metabolism and neuronal excitability and seizures could be expected.
10Dysregulation in iron metabolism can lead to a wide range of diseases including cancer.
11An increasing body of evidence suggests that dysregulation of iron metabolism contributes to age-related pathologies.
12Nonalcoholic steatohepatitis is a common liver disease that is often accompanied by dysregulated iron metabolism.
13Backgrounds and aims: Hepcidin is an antimicrobial peptide and the central regulator of iron metabolism.
14Therefore, cancer patients might benefit from treatments that alter both iron metabolism and oxidative stress.
15Here, we review available data on how iron metabolism adapts when living in a hypoxic environment.
16The study underscores hepcidin-25 quantification as a valuable tool to unravel regulatory pathways in iron metabolism.
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Translations for iron metabolism