… in brain iron levels and oxidative stress in a systemic iron overload rat model [151] and
reduces dopamine neuronal loss and limits iron … iron entry into the brain and diminishes iron …

… -containing inflammatory cells, including microglia and macrophages, are consistently
present in inflamed brain tissue, suggesting the latter as sources for both iron donation and …

… in brain iron levels and oxidative stress in a systemic iron overload rat model [151] and
reduces dopamine neuronal loss and limits iron … iron entry into the brain and diminishes iron …

… in brain iron levels and oxidative stress in a systemic iron overload rat model [151] and
reduces dopamine neuronal loss and limits iron … iron entry into the brain and diminishes iron …

… Moreover, LPS increased heme oxygenase-1 (HO1) expression in IMG cells, and iron … -iron
pool. Together, this evidence indicates that brain microglia preferentially acquire iron from Tf …

… In the inflamed SNpr, the individual ED1 immunoreactive brain macrophages displayed signs
of amoeboid cells probably reflecting their nature as monocytes that have migrated into the …

… that brain iron may be regulated independently of blood iron and so directly targeting global
iron change … Iron deposits in the chronically inflamed central nervous system and contributes …

… This heightened increase in brain iron levels can potentiate oxidative stress and neurotoxicity
(as extensively covered in this review), and therefore is a possible explanation for the …

… human brain with age. Our study focused on nonheme iron distribution and the expression
of the iron‐… in relation to oxidative damage in the brain tissue of 33 MS and 30 control cases. …

… of iron research and iron metabolism in the brain. Next, we discuss the disturbances in the
iron … findings that can overcome the iron accumulation causing diseases and its demerits. …