Titlebook: Brain-Iron Cross Talk; Wael Mohamed,Nicola Luigi Brogazzi,Richard M. Kost Book 2023 The Editor(s) (if applicable) and The Author(s), under

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Iron and Neurodevelopmental Disordersvelopment. The cognitive, social, and emotional components of the brain remain to develop throughout the lifespan. The trajectories of the growth and development of the nervous system are non-homogenous across time. There is expanding evidence suggesting that nutrition especially during early life i

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Iron and Neuropathiesherefore, balanced iron metabolism in body is an unmet need of the body to perform its various functions properly. Iron overload and deficiency both conditions can affect vital pathways of the living system which could lead to different types of neuropathies. Iron overload is associated with demyeli

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https://doi.org/10.1057/9780230280830retion, and regulation were also discussed. In addition, the proposed mechanisms behind the absorption, uptake, metabolism and transportation of iron were delineated. This chapter also described the current available knowledge regarding selective cases of brain degenerative diseases and their interplay with iron-induced oxidative stress.

SOB

The Interplay between Iron and Oxidative Stress in Brain Neurodegenerative Diseasesretion, and regulation were also discussed. In addition, the proposed mechanisms behind the absorption, uptake, metabolism and transportation of iron were delineated. This chapter also described the current available knowledge regarding selective cases of brain degenerative diseases and their interplay with iron-induced oxidative stress.

Adjourn

Macroeconomic Analysis of Monetary Unionslvement of iron in exaggerating the immune cells in the central nervous system (CNS) had been studied. Magnetic resonance imaging has shown increased levels of iron in different parts of the CNS. Dysregulation of iron homeostasis causes worsening of the demyelination and lesions in MS.

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Iron and Multiple Sclerosislvement of iron in exaggerating the immune cells in the central nervous system (CNS) had been studied. Magnetic resonance imaging has shown increased levels of iron in different parts of the CNS. Dysregulation of iron homeostasis causes worsening of the demyelination and lesions in MS.