Matches in SemOpenAlex for { <https://semopenalex.org/work/W3211799319> ?p ?o ?g. }
- W3211799319 endingPage "117861" @default.
- W3211799319 startingPage "117861" @default.
- W3211799319 abstract "The infiltration of drugs into water is a key global issue, with pharmaceuticals being detected in all nearly aqueous systems at often alarming concentrations. Pharmaceutical contamination of environmental water supplies has been shown to negatively impact ecological equilibrium and pose a risk to human health. In this study, we design and develop a novel system for the removal of drugs from water, termed as Printzyme. The device, fabricated with stereolithography (SLA) 3D printing, immobilises laccase sourced from Trametes Versicolor within a poly(ethylene glycol) diacrylate hydrogel. We show that SLA printing is a sustainable method for enzyme entrapment under mild conditions, and measure the stability of the system when exposed to extremes of pH and temperature in comparison to free laccase. When tested for its drug removal capacity, the 3D printed device substantially degraded two dissolved drugs on the European water pollution watch list. When configured in the shape of a torus, the device effectively removed 95% of diclofenac and ethinylestradiol from aqueous solution within 24 and 2 h, respectively, more efficiently than free enzyme. Being customizable and reusable, these 3D printed devices could help to efficiently tackle the world's water pollution crisis, in a flexible, easily scalable, and cost-efficient manner." @default.
- W3211799319 created "2021-11-22" @default.
- W3211799319 creator A5020162492 @default.
- W3211799319 creator A5031888549 @default.
- W3211799319 creator A5034554105 @default.
- W3211799319 creator A5046774800 @default.
- W3211799319 creator A5057015087 @default.
- W3211799319 creator A5063675922 @default.
- W3211799319 creator A5069869080 @default.
- W3211799319 creator A5085232897 @default.
- W3211799319 date "2022-01-01" @default.
- W3211799319 modified "2023-10-17" @default.
- W3211799319 title "A customizable 3D printed device for enzymatic removal of drugs in water" @default.
- W3211799319 cites W1532382438 @default.
- W3211799319 cites W1805405024 @default.
- W3211799319 cites W1855401231 @default.
- W3211799319 cites W1931380759 @default.
- W3211799319 cites W1964504543 @default.
- W3211799319 cites W1986716688 @default.
- W3211799319 cites W1991885008 @default.
- W3211799319 cites W1992917384 @default.
- W3211799319 cites W1999848701 @default.
- W3211799319 cites W2025283851 @default.
- W3211799319 cites W2036627589 @default.
- W3211799319 cites W2043450926 @default.
- W3211799319 cites W2055325220 @default.
- W3211799319 cites W2056155473 @default.
- W3211799319 cites W2057233283 @default.
- W3211799319 cites W2061521483 @default.
- W3211799319 cites W2076667257 @default.
- W3211799319 cites W2080646761 @default.
- W3211799319 cites W2087239824 @default.
- W3211799319 cites W2091114781 @default.
- W3211799319 cites W2099298633 @default.
- W3211799319 cites W2109709377 @default.
- W3211799319 cites W2115160382 @default.
- W3211799319 cites W2134332087 @default.
- W3211799319 cites W2136390994 @default.
- W3211799319 cites W2191356859 @default.
- W3211799319 cites W2280537313 @default.
- W3211799319 cites W2297938101 @default.
- W3211799319 cites W2431792572 @default.
- W3211799319 cites W2493890447 @default.
- W3211799319 cites W2547083903 @default.
- W3211799319 cites W2600962207 @default.
- W3211799319 cites W2614888293 @default.
- W3211799319 cites W2615146162 @default.
- W3211799319 cites W2616914969 @default.
- W3211799319 cites W2689197679 @default.
- W3211799319 cites W2736031870 @default.
- W3211799319 cites W2795605791 @default.
- W3211799319 cites W2920769774 @default.
- W3211799319 cites W2921911359 @default.
- W3211799319 cites W2930659555 @default.
- W3211799319 cites W2942942618 @default.
- W3211799319 cites W2944030091 @default.
- W3211799319 cites W2956589093 @default.
- W3211799319 cites W2980420163 @default.
- W3211799319 cites W2987571250 @default.
- W3211799319 cites W2994795988 @default.
- W3211799319 cites W3029134538 @default.
- W3211799319 cites W3040862324 @default.
- W3211799319 cites W3091755667 @default.
- W3211799319 cites W3096260789 @default.
- W3211799319 cites W3108781053 @default.
- W3211799319 cites W3112410802 @default.
- W3211799319 cites W3196440973 @default.
- W3211799319 cites W3205414397 @default.
- W3211799319 doi "https://doi.org/10.1016/j.watres.2021.117861" @default.
- W3211799319 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34837812" @default.
- W3211799319 hasPublicationYear "2022" @default.
- W3211799319 type Work @default.
- W3211799319 sameAs 3211799319 @default.
- W3211799319 citedByCount "8" @default.
- W3211799319 countsByYear W32117993192021 @default.
- W3211799319 countsByYear W32117993192022 @default.
- W3211799319 countsByYear W32117993192023 @default.
- W3211799319 crossrefType "journal-article" @default.
- W3211799319 hasAuthorship W3211799319A5020162492 @default.
- W3211799319 hasAuthorship W3211799319A5031888549 @default.
- W3211799319 hasAuthorship W3211799319A5034554105 @default.
- W3211799319 hasAuthorship W3211799319A5046774800 @default.
- W3211799319 hasAuthorship W3211799319A5057015087 @default.
- W3211799319 hasAuthorship W3211799319A5063675922 @default.
- W3211799319 hasAuthorship W3211799319A5069869080 @default.
- W3211799319 hasAuthorship W3211799319A5085232897 @default.
- W3211799319 hasBestOaLocation W32117993192 @default.
- W3211799319 hasConcept C178790620 @default.
- W3211799319 hasConcept C181199279 @default.
- W3211799319 hasConcept C184651966 @default.
- W3211799319 hasConcept C185592680 @default.
- W3211799319 hasConcept C18903297 @default.
- W3211799319 hasConcept C2909468537 @default.
- W3211799319 hasConcept C39432304 @default.
- W3211799319 hasConcept C41008148 @default.
- W3211799319 hasConcept C521259446 @default.
- W3211799319 hasConcept C526734887 @default.
- W3211799319 hasConcept C76935637 @default.