Divergent driving mechanisms elevate antibiotic resistance risk to a greater extent in water than in sediment of the Ganjiang River: The synergistic effect of mobile genetic elements and microbial metabolism | Synapse
March 3, 2026
Divergent driving mechanisms elevate antibiotic resistance risk to a greater extent in water than in sediment of the Ganjiang River: The synergistic effect of mobile genetic elements and microbial metabolism
Key Points
Antibiotic resistance risk is significantly higher in water compared to sediment in the Ganjiang River.
The interplay of mobile genetic elements and microbial metabolism exacerbates resistance levels, raising concerns.
Assessment reveals that environmental conditions favor greater resistance enhancement in water, impacting ecosystems.
Findings indicate a need for vigilant monitoring of aquatic systems to mitigate resistance spread and protect public health.