The Role of Body Iron: Inconspicuous When Healthy, Up to Fatal When Leaving Homeostasis

A special issue of Biomedicines (ISSN 2227-9059). This special issue belongs to the section "Molecular and Translational Medicine".

Deadline for manuscript submissions: closed (31 August 2023) | Viewed by 204

Special Issue Editor


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Guest Editor
Retired, Homeoffice Schulzendorf “Biophysics & Medical Imaging”, Beyschlagstr. 8c, 13503 Berlin, Germany
Interests: diagnostic imaging; CT and X-ray contrast media; magnetic iron-oxide nanoparticles; combinations of diagnostics and therapy; pharmacokinetics of contrast media and iron; body iron metabolism; water transport in cells and plants; spectroscopy (X-ray, MR, UV, VIS, NIR); spectroscopy of greenhouse gases

Special Issue Information

Dear Colleagues,

Iron is omnipresent in Nature, and can bind oxygen and sulfur. Due to the interchangeable redox reaction of the bivalent and trivalent ions, which are relevant in aqueous solution, iron is involved in numerous biologically essential electron transfer reactions. The “naked” hydrolyzed ions are toxic and are bound in proteins in the majority of cases by the co-factor porphyrin (e.g., in hemoglobin) or in oxy-hydroxy clusters (e.g., in the iron storage protein ferritin). Iron is taken up from nutrition and is made bio-available in specific pathways. These pathways are complex and tightly regulated. Pathological symptoms, which can lead to severe diseases, can occur when this iron homeostasis is no longer maintained. It is the task of diagnosis and therapy to find the defective steps in the cascade of iron metabolism and to develop therapeutic methods for “troubleshooting”, which can span from acute interventions to prevention in chronic cases.

The body iron story can be highlighted in a number of chapters, where each chapter focuses on one step of the iron metabolic cascade. Let us look at one example, the BBB (blood–brain barrier) and iron. Here we can assume that a large number of players are already known or have been introduced in previous publications. Thus, we encourage authors to concentrate on the unique features of the barrier in the context of iron. 

Dr. Rüdiger Lawaczeck
Guest Editor

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Keywords

  • body iron
  • chemistry
  • labile
  • protein bound and iron stores
  • uptake and distribution
  • deficiency and overload
  • dyshomeostasis and diseases
  • deposits and degeneration
  • iron and nutrition
  • iron and pandemics

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