Parkinson’s Disease: Alterations in Iron and Redox Biology as a Key to Unlock Therapeutic Strategies

 This dysfunction could then drive alterations in iron trafficking that attempt to rescue energy deficits such as the increased iron uptake to provide iron for key electron transport proteins. Considering the increased iron-loading in PD brains, therapies utilizing limited iron chelation have shown success. Greater therapeutic advancements should be possible once the exact molecular pathways of iron processing are dissected. CLICK TO REVIEW