Dihydroxybenzenes (DBZs) are one of the major classes of pollutants in water bodies. The
devastating effects of DBZs on human health when consumed through potable water intake …

Identification of novel enzymes from lignin degrading microorganisms will help to develop
biotechnologies for biomass valorization and aromatic hydrocarbons degradation. Bacillus …

Bioremediation of phenol has been developed for years, however, its actual application is
challenged by low efficiency and environmental intolerance. In addition, although multiple …

Co-contamination by antibiotics and heavy metal is common in the environment, however,
there is scarce information about antibiotics biodegradation under heavy metals stress. In …

Selenastrum capricornutum efficiently degrades benzo (a) pyrene (BaP) but few proteins
related to BaP degradation have been identified in this microalgae. So far, it has only been …

As toxic contaminants, aromatic compounds are widespread in most environmental
matrices, and bioenzymatic catalysis plays a critical role in the degradation of xenobiotics …

The oxygenases are essential in the bioremediation of xenobiotic pollutants. To overcome
cultivability constraints, this study aims to identify new potential extradiol dioxygenases …

Phenolic-laden wastewater is typically characterized by its high toxicity and high salinity,
imposing serious limits on the application of bioremediation. Although a few halotolerant …

Extradiol dioxygenases (EDOs) catalyzing meta-cleavage of catecholic compounds promise
an effective way to detoxify aromatic pollutants. This work reported a novel scenario to …

Aromatic amines, the common organic metabolites of chemical raw materials and
herbicides, has attracted wide attention due to its difficult degradation and carcinogenic risk …