PAH are known to be important xenobiotic pollutants. The study of their oxidation reaction in simple systems, such as the hemoprotein-H2O2, may permit the development of new methods of biodegradation. An understanding of the reaction mechanisms involved can lead to models for synthesis of new catalyzers.
Busi, E., Pogni, R., Basosi, R. (1999). The biodegradation of Aromatic pollutants by heme protein-H2O2 systems: an EPR spin trapping study. CURRENT TOPICS IN BIOPHYSICS, 23(1), 97-103.
The biodegradation of Aromatic pollutants by heme protein-H2O2 systems: an EPR spin trapping study
BUSI, ELENA;POGNI, REBECCA;BASOSI, RICCARDO
1999-01-01
Abstract
PAH are known to be important xenobiotic pollutants. The study of their oxidation reaction in simple systems, such as the hemoprotein-H2O2, may permit the development of new methods of biodegradation. An understanding of the reaction mechanisms involved can lead to models for synthesis of new catalyzers.
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