Bioremediation of fluridone by Acinetobacter bereziniae FJ-5: Metabolic pathway, metabolomics mechanism and biotoxicity evaluation

Key Points

• Bioremediation effectively reduces fluridone levels, showcasing the potential of Acinetobacter bereziniae.
• The study identifies key metabolites in the metabolic pathway, revealing insights into the degradation process.
• Analysis of metabolic mechanisms highlights the efficiency of biotechnological interventions for pollutant removal.
• These findings support broader applications of bioremediation strategies, showing promise for environmental cleanup.