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испанский
metabolismo humano del hierro
каталонский
metabolisme humà del ferro
Iron metabolism in the body.
human iron metabolism
iron metabolism
metabolism
испанский
metabolismo humano del hierro
1
Ferritin, a primary iron storage protein, plays an important role in
iron
homeostasis
.
2
These data indicated altered
iron
homeostasis
,
and this was confirmed experimentally.
3
These studies demonstrate the importance of mitochondrial
iron
homeostasis
in IBD and CRC.
4
Here, we report the analysis of
iron
homeostasis
in haptoglobin-null mice.
5
Collectively, artemisinin compounds can sensitize cells to ferroptosis by regulating cellular
iron
homeostasis
.
6
Hepcidin is a liver-derived peptide hormone that controls systemic
iron
homeostasis
.
7
Loss of brain
iron
homeostasis
is a significant factor in multiple neurological disorders.
8
Thus, manipulation of
iron
homeostasis
could represent a new therapeutic approach to controlling inflammation.
9
Experimental data suggest the antimicrobial peptide hepcidin as a central regulator in
iron
homeostasis
.
10
Conclusions: DFP modulated
iron
homeostasis
in FRDA-hiPSC-cardiomyocytes and effectively relieved stress-stimulation related to cardiomyopathy.
11
Hepcidin is a small liver-derived peptide central in the regulation of systemic
iron
homeostasis
.
12
Mitochondria are the key regulators of
iron
homeostasis
through heme and iron-sulfur cluster synthesis.
13
The small noncoding RNA RyhB is a regulator of
iron
homeostasis
in Escherichia coli.
14
Other emerging therapies deliver exogenous regulators of several key modulators of erythropoiesis or
iron
homeostasis
.
15
Significant advances have been made in our understanding of
iron
homeostasis
over the past decade.
16
Intracellular
iron
homeostasis
is maintained by the coordinated regulation of ferritin and transferrin receptor synthesis.
iron
homeostasis
iron
испанский
metabolismo humano del hierro
каталонский
metabolisme humà del ferro