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Heavy Metals, Microbial Metallomics, and the US Obesity Epidemic: A Mechanistic Examination of a Population-Level Metabolic Disruption

Karen Pendergrass

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Article toolsHeavy Metals, Microbial Metallomics, and the US Obesity Epidemic: A Mechanistic Examination of a Population-Level Metabolic Disruption

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Citation record

Year
2026
Journal
Zenodo Preprint
WikiBiome key
pendergrass-2026-heavy-metals-obesity-epidemic
Why this source matters

This paper connected phosphate fertilizer contamination, heavy metal accumulation in the food supply, and the population-level metabolic disruptions driving the US obesity epidemic — bridging agricultural science, environmental toxicology, and microbial ecology in a single framework. It provides the cross-condition evidence linking cadmium and nickel exposure to insulin resistance, SCFA depletion, and gut dysbiosis patterns shared across obesity, type 2 diabetes, and metabolic syndrome. Without this paper, WikiBiome could not explain why the same metals appearing in multiple disease signatures trace back to a common environmental source.

Criteria met: 1 · 3 · 5

Used in 18 visible records

microbeAllisonellamicrobeBifidobacteriummicrobeFaecalibacterium prausnitziimetalNickeldiseaseObesitymicrobeOscillospiraceaediseaseType 2 DiabetesmechanismGut Barrier DysfunctionmechanismInsulin ResistancemechanismLeptindefenseMicrobial MetallomicsmechanismShort-Chain Fatty Acids (SCFAs)mechanismTryptophan MetabolismmechanismTryptophandiseaseCardiovascular DiseasediseaseDepressionstopSTOP: Iron Supplementation for Obesity-Associated AnemiaanalysisMetal-Disease Matrix: A Cross-Source Synthesis