FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383873976> ?p ?o ?g. }

• W4383873976 endingPage "165485" @default.
• W4383873976 startingPage "165485" @default.
• W4383873976 abstract "The use of biodegradable plastics is constantly raising, increasing the likeliness for these polymers to end up in the environment. Environmental applications foreseeing the intentional release of biodegradable plastics have been also recently proposed, e.g., for polyhydroxyalkanoates (PHAs) acting as slow hydrogen releasing compounds to stimulate microbial reductive dehalogenation processes. However, the effects of their release into the environment on the ecosystems still need to be thoroughly explored. In this work, the use of PHAs to enhance the microbial reductive dechlorination of polychlorobiphenyls (PCBs) and their impact on the metabolic and compositional features of the resident microbial community have been investigated in laboratory microcosms of a polluted marine sediment from Mar Piccolo (Taranto, Italy), and compared with recent findings on a different contaminated marine sediment from Pialassa della Baiona (Ravenna, Italy). A decreased biostimulation efficiency of PHAs on PCBs reductive dechlorination was observed in the sediment from Mar Piccolo, with respect to the sediment from Pialassa della Baiona, suggesting that the sediments' physical-chemical characteristics and/or the biodiversity and composition of its microbial community might play a key role in determining the outcome of this biostimulation strategy. Regardless of the sediment origin, PHAs were found to have a specific and pervasive effect on the sediment microbial community, reducing its biodiversity, defining a newly arranged microbial core of primary degraders and consequently affecting, in a site-specific way, the abundance of subdominant bacteria, possibly cross-feeders. Such potential to dramatically change the structure of autochthonous microbial communities should be carefully considered, since it might have secondary effects, e.g., on the natural biogeochemical cycles." @default.
• W4383873976 created "2023-07-12" @default.
• W4383873976 creator A5017282401 @default.
• W4383873976 creator A5061390311 @default.
• W4383873976 creator A5062903327 @default.
• W4383873976 creator A5092443326 @default.
• W4383873976 creator A5092443327 @default.
• W4383873976 creator A5092443328 @default.
• W4383873976 creator A5092443329 @default.
• W4383873976 date "2023-11-01" @default.
• W4383873976 modified "2023-10-03" @default.
• W4383873976 title "Site-specific response of sediment microbial community to supplementation of polyhydroxyalkanoates as biostimulants for PCB reductive dechlorination" @default.
• W4383873976 cites W1549936434 @default.
• W4383873976 cites W1823254474 @default.
• W4383873976 cites W1989505552 @default.
• W4383873976 cites W2006305551 @default.
• W4383873976 cites W2012746384 @default.
• W4383873976 cites W2014955575 @default.
• W4383873976 cites W2019569872 @default.
• W4383873976 cites W2044438632 @default.
• W4383873976 cites W2044444679 @default.
• W4383873976 cites W2051171466 @default.
• W4383873976 cites W2057127977 @default.
• W4383873976 cites W2065798242 @default.
• W4383873976 cites W2076195226 @default.
• W4383873976 cites W2077387001 @default.
• W4383873976 cites W2093591515 @default.
• W4383873976 cites W2094049170 @default.
• W4383873976 cites W2095017291 @default.
• W4383873976 cites W2103296919 @default.
• W4383873976 cites W2104356906 @default.
• W4383873976 cites W2106824509 @default.
• W4383873976 cites W2113549403 @default.
• W4383873976 cites W2139562800 @default.
• W4383873976 cites W2142953857 @default.
• W4383873976 cites W2149972393 @default.
• W4383873976 cites W2159229600 @default.
• W4383873976 cites W2177682355 @default.
• W4383873976 cites W2280351014 @default.
• W4383873976 cites W2290786071 @default.
• W4383873976 cites W2330687416 @default.
• W4383873976 cites W2331069343 @default.
• W4383873976 cites W2345242686 @default.
• W4383873976 cites W2425669139 @default.
• W4383873976 cites W2473031426 @default.
• W4383873976 cites W2549372067 @default.
• W4383873976 cites W2552243927 @default.
• W4383873976 cites W2626984323 @default.
• W4383873976 cites W2711885000 @default.
• W4383873976 cites W2773922581 @default.
• W4383873976 cites W2794592890 @default.
• W4383873976 cites W2878745436 @default.
• W4383873976 cites W2897766421 @default.
• W4383873976 cites W2897874992 @default.
• W4383873976 cites W2911964244 @default.
• W4383873976 cites W2942256881 @default.
• W4383873976 cites W2955133522 @default.
• W4383873976 cites W2956111604 @default.
• W4383873976 cites W2963276645 @default.
• W4383873976 cites W2965012417 @default.
• W4383873976 cites W2991106050 @default.
• W4383873976 cites W3005812901 @default.
• W4383873976 cites W3015997473 @default.
• W4383873976 cites W3048626701 @default.
• W4383873976 cites W3081505698 @default.
• W4383873976 cites W3092592068 @default.
• W4383873976 cites W3097706436 @default.
• W4383873976 cites W3114873484 @default.
• W4383873976 cites W3123698184 @default.
• W4383873976 cites W3127117437 @default.
• W4383873976 cites W3161930732 @default.
• W4383873976 cites W3177115133 @default.
• W4383873976 cites W3196435702 @default.
• W4383873976 cites W3196619693 @default.
• W4383873976 cites W3204900280 @default.
• W4383873976 cites W4200090564 @default.
• W4383873976 cites W4214906653 @default.
• W4383873976 cites W4225567254 @default.
• W4383873976 cites W4281925289 @default.
• W4383873976 cites W4283592634 @default.
• W4383873976 cites W4294927553 @default.
• W4383873976 cites W4296715360 @default.
• W4383873976 cites W4308038660 @default.
• W4383873976 cites W4309213151 @default.
• W4383873976 cites W4310382639 @default.
• W4383873976 cites W4312095047 @default.
• W4383873976 doi "https://doi.org/10.1016/j.scitotenv.2023.165485" @default.
• W4383873976 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37442469" @default.
• W4383873976 hasPublicationYear "2023" @default.
• W4383873976 type Work @default.
• W4383873976 citedByCount "1" @default.
• W4383873976 countsByYear W43838739762023 @default.
• W4383873976 crossrefType "journal-article" @default.
• W4383873976 hasAuthorship W4383873976A5017282401 @default.
• W4383873976 hasAuthorship W4383873976A5061390311 @default.
• W4383873976 hasAuthorship W4383873976A5062903327 @default.
• W4383873976 hasAuthorship W4383873976A5092443326 @default.
• W4383873976 hasAuthorship W4383873976A5092443327 @default.

• next