The Iron-Thiol-Oxygen Nexus for Iron Flux from Bare and Ferritin-caged Mineral and Safeguarding DNA: Impact of Thiol Structure and Protein Coat

Key Points

• This research examines the role of iron-sulfur-oxygen interplay in iron flux and DNA safeguarding.
• Analysis of iron flux mechanisms from various sources
• Investigation of thiol structure effects
• Assessment of protein coat implications
• Identified key interactions between iron and sulfur in regulating iron flux
• Highlighted the importance of redox regulation for DNA stability