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Microplastic-Associated Microbiota and Enhanced Antibiotic Resistance Selection

Agricultural Microbiology

AMR in Agricultural Soil Environments Research

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Horizontal Gene Transfer Mechanisms in Agricultural Soil Microbial Communities Selective Pressure Dynamics from Agricultural Antibiotic Use and Residues Metagenomic Analysis of Resistance Gene Reservoirs in Pristine Agricultural Soils Soil Physicochemical Properties Influencing AMR Persistence and Dissemination Antibiotic Resistance Gene Mobility Between Agricultural and Pathogenic Bacterial Genera Temporal Dynamics of Antibiotic Resistance in Long-Term Agricultural Field Experiments Functional Characterization of Novel Beta-Lactamase and Aminoglycoside-Resistance Variants Biofilm Formation and Antibiotic Resistance in Soil Bacterial Aggregates Cropping System Design Strategies to Minimize Agricultural Antibiotic Resistance Emergence

Agricultural Microbiology › AMR in Agricultural Soil Environments Research

Microplastic-Associated Microbiota and Enhanced Antibiotic Resistance Selection

This research investigates whether microplastics in agricultural soils serve as substrates for biofilm formation and vectors for antibiotic-resistant bacterial enrichment in agro-contaminated environments. The findings reveal that microplastic-colonizing communities display elevated resistance profiles and enhanced resistance gene exchange compared to bulk soil microbiota.

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