Overview
Microbiome pages address the subset of microbiome biology for which heavy-metal exposure is the primary mechanistic link. Pages are written so that they can be lifted to WikiBiome with minimal editing; broader microbiome medicine, including clinical metallomics outside the food and supply-chain context, is covered at WikiBiome rather than here. Each page covers the mechanism of action, taxon-level effects at genus or species resolution where the source supports it, functional and metabolic consequences, the evidence base separating human from animal studies, and disease-process implications.
The foundational framework for this section, which connects metal exposure and disrupted metal allocation to microbial function and disease across nutritional immunity, redox handling, mismetallation, and several organ-system case studies, is Heavy metal exposure, microbial metal ecology, and disease pathogenesis.
References
Works cited in this page’s text, in first-appearance order. Each title links to a source record with bibliographic details, reported findings, and document provenance.
- Comparative Analysis of Bioremediation and Phytoremediation in Mitigation of Heavy MetalsPeer-reviewed
Update history
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Additional geographic and remediation evidence
Kranti Ozarkar, 2025. This experiment compares bacterial cultures and aquatic plants under nickel and cobalt exposure. Its charts and narrative describe remediation potential, but missing residual concentrations, uncertainty and method details prevent a reproducible quantitative removal estimate. Supports bounded remediation-method context. Colorimetric bacterial growth cannot by itself establish metal removal; the claim of superior plant performance is not a validated paired efficacy estimate. Pure bacterial isolates do not measure a host microbiome.