FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4288070204> ?p ?o ?g. }

• W4288070204 endingPage "157647" @default.
• W4288070204 startingPage "157647" @default.
• W4288070204 abstract "Nonylphenol (NP) is an anthropogenic pollutant frequently found in sewage sludge due to the insufficient degrading effectiveness of conventional WWTPs and has attracted attention as an endocrine disruptor. The aim of this study was to isolate specific NP-degrading bacteria from sewage sludge to be used in the degradation of this contaminant through bioaugmentation processes in aqueous solution and sewage sludge. Up to eight different bacterial strains were isolated, six of them not previously described as NP degraders. Bacillus safensis CN12 presented the best NP degradation in solution, and glucose used as an external carbon source increased its effect, reaching DT50 degradation values (time to decline to half the initial concentration of the pollutant) of only 0.9 days and a complete degradation in <7 days. Four NP metabolites were identified throughout the biodegradation process, showing higher toxicity than the parent contaminant. In sewage sludge suspensions, the endogenous microbiota was capable of partially degrading NP, but a part remained adsorbed as bound residue. Bioaugmentation was used for the first time to remove NP from sewage sludge to obtain more environmentally friendly biosolids. However, B. safensis CN12 was not able to degrade NP due to its high adsorption on sludge, but the use of a cyclodextrin (HPBCD) as availability enhancer allowed us to extract NP and degrade it in solution. The addition of glucose as an external carbon source gave the best results since the metabolism of the sludge microbiota was activated, and HPBCD was able to remove NP from sewage sludge to the solution to be degraded by B. safensis CN12. These results indicate that B. safensis CN12 can be used to degrade NP in water and sewage sludge, but the method must be improved using consortia of B. safensis CN12 with other bacterial strains able to degrade the toxic metabolites produced." @default.
• W4288070204 created "2022-07-28" @default.
• W4288070204 creator A5000290007 @default.
• W4288070204 creator A5023260890 @default.
• W4288070204 creator A5025890491 @default.
• W4288070204 creator A5073225309 @default.
• W4288070204 creator A5081791504 @default.
• W4288070204 creator A5082605824 @default.
• W4288070204 creator A5087009594 @default.
• W4288070204 creator A5090366608 @default.
• W4288070204 date "2022-11-01" @default.
• W4288070204 modified "2023-10-16" @default.
• W4288070204 title "Novel nonylphenol-degrading bacterial strains isolated from sewage sludge: Application in bioremediation of sludge" @default.
• W4288070204 cites W1900821593 @default.
• W4288070204 cites W1970424739 @default.
• W4288070204 cites W1979876846 @default.
• W4288070204 cites W1981084792 @default.
• W4288070204 cites W1986705313 @default.
• W4288070204 cites W1988147208 @default.
• W4288070204 cites W1988358863 @default.
• W4288070204 cites W1991702551 @default.
• W4288070204 cites W1992155720 @default.
• W4288070204 cites W2013295125 @default.
• W4288070204 cites W2026519038 @default.
• W4288070204 cites W2026792762 @default.
• W4288070204 cites W2027603204 @default.
• W4288070204 cites W2033603078 @default.
• W4288070204 cites W2046541140 @default.
• W4288070204 cites W2050986496 @default.
• W4288070204 cites W2054336727 @default.
• W4288070204 cites W2055171904 @default.
• W4288070204 cites W2057377518 @default.
• W4288070204 cites W2061774195 @default.
• W4288070204 cites W2069843117 @default.
• W4288070204 cites W2070155400 @default.
• W4288070204 cites W2070893311 @default.
• W4288070204 cites W2071105282 @default.
• W4288070204 cites W2081290054 @default.
• W4288070204 cites W2082340381 @default.
• W4288070204 cites W2083841830 @default.
• W4288070204 cites W2084972526 @default.
• W4288070204 cites W2091575730 @default.
• W4288070204 cites W2095384247 @default.
• W4288070204 cites W2103846993 @default.
• W4288070204 cites W2105713563 @default.
• W4288070204 cites W2114832304 @default.
• W4288070204 cites W2123313479 @default.
• W4288070204 cites W2130331045 @default.
• W4288070204 cites W2132567380 @default.
• W4288070204 cites W2145772491 @default.
• W4288070204 cites W2151286025 @default.
• W4288070204 cites W2162279196 @default.
• W4288070204 cites W2294572991 @default.
• W4288070204 cites W2299642783 @default.
• W4288070204 cites W2318306769 @default.
• W4288070204 cites W2321755127 @default.
• W4288070204 cites W2326466947 @default.
• W4288070204 cites W2339667761 @default.
• W4288070204 cites W2519125204 @default.
• W4288070204 cites W2567035854 @default.
• W4288070204 cites W2576633908 @default.
• W4288070204 cites W2604286061 @default.
• W4288070204 cites W2743379450 @default.
• W4288070204 cites W2750659641 @default.
• W4288070204 cites W2765357007 @default.
• W4288070204 cites W2769056142 @default.
• W4288070204 cites W2795945480 @default.
• W4288070204 cites W2901128533 @default.
• W4288070204 cites W2982048367 @default.
• W4288070204 cites W2985521124 @default.
• W4288070204 cites W2998298221 @default.
• W4288070204 cites W3003244629 @default.
• W4288070204 cites W3089308052 @default.
• W4288070204 cites W3092999535 @default.
• W4288070204 cites W3131290270 @default.
• W4288070204 cites W3135838605 @default.
• W4288070204 cites W767457437 @default.
• W4288070204 cites W789606770 @default.
• W4288070204 cites W929375257 @default.
• W4288070204 doi "https://doi.org/10.1016/j.scitotenv.2022.157647" @default.
• W4288070204 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35907537" @default.
• W4288070204 hasPublicationYear "2022" @default.
• W4288070204 type Work @default.
• W4288070204 citedByCount "5" @default.
• W4288070204 countsByYear W42880702042023 @default.
• W4288070204 crossrefType "journal-article" @default.
• W4288070204 hasAuthorship W4288070204A5000290007 @default.
• W4288070204 hasAuthorship W4288070204A5023260890 @default.
• W4288070204 hasAuthorship W4288070204A5025890491 @default.
• W4288070204 hasAuthorship W4288070204A5073225309 @default.
• W4288070204 hasAuthorship W4288070204A5081791504 @default.
• W4288070204 hasAuthorship W4288070204A5082605824 @default.
• W4288070204 hasAuthorship W4288070204A5087009594 @default.
• W4288070204 hasAuthorship W4288070204A5090366608 @default.
• W4288070204 hasBestOaLocation W42880702041 @default.
• W4288070204 hasConcept C107446159 @default.
• W4288070204 hasConcept C107872376 @default.
• W4288070204 hasConcept C112570922 @default.

• next