… redistribution of iron — that could potentially alleviate injury. … system in systemic iron
homeostasis is extensively studied, … of the kidney in systemic iron homeostasis and iron trafficking …

… mHJV is associated with decreasing total kidney iron, … affects the iron deposition during
acute kidney injury and sHJV … HJV inextricably with renal iron homeostasis for the first time, add …

… Ferroptosis plays a critical pathophysiological role in several types of acute kidney injury (AKI).
The development of nanomaterials targeting iron metabolism and ferroptosis is a …

… disorders including Huntington disease and periventricular … of iron homeostasis, plays a
protective role in AKI. This also provided a new evidence of the role of iron homeostasis in the …

… a sink for excess iron released after kidney injury. Treating these animals with hepcidin
could further increase ferritin content in the liver to facilitate iron sequestration after renal injury. …

… The major mechanisms and key regulators of ferroptosis can be roughly divided into two
important mechanisms (iron metabolism and lipid peroxidation) and seven key regulators (…

… roles of labile iron and the iron metabolism regulators NGAL … Siderophore:iron-associated
NGAL delivers iron into the cell. … accumulation of iron, resulting in the regulation of iron-…

… First, mitochondria and lysosomes together participate in iron metabolism, which is the main
mechanism of ferroptosis induction [77, 97]. Second, mitochondrial ROS can be taken up by …

… A growing body of evidence has linked ferroptosis to acute kidney injury in the … kidney
disease, suggesting that ferroptosis may represent a novel therapeutic target for kidney disease. …

… plasma labile iron was associated with mortality and AKI requiring kidney replacement therapy
(KRT) [… the role of iron in kidney damage in conditions without systemic total iron overload. …