On January 15, 2021, Azaroff, Alyssa; Monperrus, Mathilde; Miossec, Carole; Gassie, Claire; Guyoneaud, Remy published an article.Formula: C24H27NO2 The title of the article was Microbial degradation of hydrophobic emerging contaminants from marine sediment slurries (Capbreton Canyon) to pure bacterial strain. And the article contained the following:
Despite emerging contaminants (ECs) are more and more monitored in environmental matrixes, there is still a lack of data in marine ecosystems, especially on their fate and degradation potentials. In this work, for the first time, the degradation potential of synthetic musks (galaxolide and tonalide), UV filters (padimate O and octocrylene) and a pharmaceutical compound (carbamazepine) was studied in marine sediment samples, under laboratory conditions using sediment slurry incubations under biotic and abiotic conditions. Min. half life times under biotic conditions were found at 21 days, 129 days and 199 days for padimate O, galaxolide and carbamazepine, resp. Enrichments conducted under anoxic and oxic conditions demonstrated that degradations after one month of incubation either under both biotic and abiotic conditions were limited under anoxic conditions compared to oxic conditions for all the contaminants. Novel aerobic bacteria, able to degrade synthetic musks and UV filters have been isolated. These novel strains were mainly related to the Genus Bacillus. Based on these results, the isolated strains able to degrade such ECs, can have a strong implication in the natural resilience in marine environment, and could be used in remediation processes. The experimental process involved the reaction of 2-Ethylhexyl 2-cyano-3,3-diphenylacrylate(cas: 6197-30-4).Formula: C24H27NO2
The Article related to carbamazepine degradation hydrophobicity marine sediment slurry wastewater treatment, degradation, emerging contaminants, marine sediments, musks, pharmaceuticals, pure bacterial strains, uv filters and other aspects.Formula: C24H27NO2
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