Science and Research

Regulation of iron homeostasis: Lessons from mouse models

Iron is an essential micronutrient and a critical cofactor for proteins involved in fundamental processes such as oxygen transport, energy production and DNA synthesis. However, iron levels need to be tightly balanced to avoid pathological consequences of iron overload or deficiency. Genetically engineered mouse models with alterations in systemic or cellular iron handling advanced our knowledge how systemic and cellular iron homeostasis is maintained. Here, we prepared a comprehensive overview of mouse models that provide insight into mechanisms of iron regulation and/or rare or frequent iron-related disorders.

  • Altamura, S.
  • Marques, O.
  • Colucci, S.
  • Mertens, C.
  • Alikhanyan, K.
  • Muckenthaler, M. U.
Publication details
DOI: 10.1016/j.mam.2020.100872
Journal: Mol Aspects Med
Pages: 100872 
Work Type: Review
Location: TLRC
Disease Area: LC
Partner / Member: DKFZ, RKU
Access-Number: 32792212
See publication on PubMed


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