Publication | Open Access
The exploration of the antibacterial mechanism of fe3+ against bacteria
67
Citations
7
References
2011
Year
BiochemistryBacteriologyMicrobial PhysiologyHydroxyl Free RadicalsEnvironmental MicrobiologyAntibacterial AgentMicrobiologySignificant Bacteriostatic EffectsMicrobiomeIron ConcentrationMedicinePublic HealthRedox BiologyAntimicrobial ResistanceAntimicrobial CompoundAntibacterial Mechanism
This study demonstrated that the bacteria could adsorb Fe(3+) and reduce Fe(3+) to Fe(2+). Iron had significant bacteriostatic effects, which were directly proportional to the iron concentration and under the influence of pH and chelator. It presumed that the inhibition of Fe(3+) acts through the formation of hydroxyl free radicals.
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