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Microbial Metallomics and Parkinson's Disease: A Unified Metal-Driven Framework Linking Ferroptosis, Dysbiosis, and alpha-Synuclein Pathology

Karen Pendergrass

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Article toolsMicrobial Metallomics and Parkinson's Disease: A Unified Metal-Driven Framework Linking Ferroptosis, Dysbiosis, and alpha-Synuclein Pathology

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Citation record

Year
2025
Journal
Conference Presentation
WikiBiome key
pendergrass-2026-microbial-metallomics-parkinsons-ferroptosis
Why this source matters

This paper introduced the unified framework connecting microbial metallomics, ferroptosis, and alpha-synuclein pathology in Parkinson's disease — three domains that had never been integrated. It provides the mechanistic explanation for why iron dysregulation in the gut drives both microbial dysbiosis and dopaminergic neurodegeneration through a single metal-dependent cascade. This framework is the structural basis for WikiBiome's Parkinson's disease signature and fundamentally reframed PD as a metallomics-driven ecological collapse rather than a purely neurological event.

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Used in 24 visible records

microbeAkkermansia muciniphilaentityDopaminemicrobeEnterobacteriaceaemicrobeFaecalibacterium prausnitziimetalIronmicrobeLachnospiraceae (Family)microbeLachnospiraceaemetalManganesemetalNickeldiseaseParkinson's DiseasemicrobePrevotellamicrobePrevotellaceaemicrobeRoseburiametalSeleniumdiseaseType 2 DiabetesmechanismCurli Amyloid FibersmechanismDysbiosismechanismFenton ChemistrydefenseFerroportinmechanismFerroptosisdefenseGlutathione (GSH)mechanismGut-Brain AxismechanismGut-Metal-Microbiome InteractionsdefenseHepcidin