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Co-selection of Resistance Through Heavy Metal-Antibiotic Cross-Resistance Linkage

Agri Environmental

Antibiotic Resistance in Agricultural Soils

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Horizontal Gene Transfer Mechanisms in Agricultural Soil Microbiomes Metagenomic Analysis of Resistance Gene Abundance in Fertilized Soils Selective Pressure Dynamics from Subtherapeutic Antibiotic Use in Agriculture Persistence and Degradation Kinetics of Tetracycline Residues in Soil Resistome Profiling and Phenotypic Expression in Manure-Amended Soils Pathogenic Bacterial Resistance Emergence at Soil-Water-Plant Interfaces Long-term Legacy Effects of Historical Antibiotic Application in Soils Structural and Functional Biodiversity Loss in Antibiotic-Enriched Agricultural Microbiomes Novel Resistance Mechanisms and Beta-Lactamase Evolution in Soil Bacteria

Agri Environmental › Antibiotic Resistance in Agricultural Soils

Co-selection of Resistance Through Heavy Metal-Antibiotic Cross-Resistance Linkage

This research explores genetic linkage between antibiotic resistance and heavy metal tolerance genes, demonstrating how metal contamination in manure-amended soils inadvertently selects for antibiotic resistance co-localized on plasmids and genomic islands. The study reveals overlooked selection mechanisms and emphasizes multi-contaminant assessment importance in agricultural impact assessment.

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