Matches in SemOpenAlex for { <https://semopenalex.org/work/W2979486066> ?p ?o ?g. }
- W2979486066 endingPage "110282" @default.
- W2979486066 startingPage "110282" @default.
- W2979486066 abstract "Three-dimensional graphene materials have been widely studied in many fields for their role as potential absorbent, especially for bilirubin adsorption. In this study, we developed a simple method to prepare reduced graphene aerogel beads as hemoperfusion materials for fast bilirubin adsorption. The graphene oxide (GO) aerogel beads were produced by self-assembly of GO nanosheet that cross-linked by Ca2+ previously in a coagulation bath, then it was reduced by ascorbic acid and lyophilized to yield the reduced graphene aerogel beads. The beads had a regular macroscopic spherical structure with a diameter of about 1.3-2 mm, where the macroporosity was about 10 μm and the mesoporosity was about 12 nm. The macro-mesoporous structure also gave the reduced graphene aerogel beads ultra-high mechanical strengths and high specific surface area, which were both important for hemoperfusion materials. Moreover, the fixed-bed column adsorption revealed that the reduced graphene aerogel beads manifested excellent bilirubin adsorption (649.512 mg/g) with a rapid adsorption equilibrium time (1.5 h) under the optimized conditions. Even in the bilirubin-enriched blood, the adsorption capacity of the beads could reach 367.14 mg/g. Furthermore, the aerogel beads had a low hemolysis ratio and improved anticoagulant property showing good blood compatibility. Hence, the spherical reduced graphene aerogel beads with millimeter-level size presented a good potential for clinical applications in hemoperfusion therapy." @default.
- W2979486066 created "2019-10-18" @default.
- W2979486066 creator A5010014056 @default.
- W2979486066 creator A5012210612 @default.
- W2979486066 creator A5077085731 @default.
- W2979486066 creator A5078201248 @default.
- W2979486066 creator A5080880518 @default.
- W2979486066 date "2020-01-01" @default.
- W2979486066 modified "2023-10-13" @default.
- W2979486066 title "Fabrication of regular macro-mesoporous reduced graphene aerogel beads with ultra-high mechanical property for efficient bilirubin adsorption" @default.
- W2979486066 cites W1750475406 @default.
- W2979486066 cites W1966590088 @default.
- W2979486066 cites W1971142659 @default.
- W2979486066 cites W1971714596 @default.
- W2979486066 cites W1981798318 @default.
- W2979486066 cites W1983865850 @default.
- W2979486066 cites W1991084225 @default.
- W2979486066 cites W1993997873 @default.
- W2979486066 cites W1994189984 @default.
- W2979486066 cites W2001642272 @default.
- W2979486066 cites W2003275301 @default.
- W2979486066 cites W2003416507 @default.
- W2979486066 cites W2022216415 @default.
- W2979486066 cites W2023432093 @default.
- W2979486066 cites W2028106114 @default.
- W2979486066 cites W2049625712 @default.
- W2979486066 cites W2056324260 @default.
- W2979486066 cites W2058779867 @default.
- W2979486066 cites W2063891888 @default.
- W2979486066 cites W2064640816 @default.
- W2979486066 cites W2065327229 @default.
- W2979486066 cites W2070511758 @default.
- W2979486066 cites W2073629171 @default.
- W2979486066 cites W2076301381 @default.
- W2979486066 cites W2081238082 @default.
- W2979486066 cites W2091505798 @default.
- W2979486066 cites W2092334424 @default.
- W2979486066 cites W2093075299 @default.
- W2979486066 cites W2094435801 @default.
- W2979486066 cites W2113867563 @default.
- W2979486066 cites W2127643618 @default.
- W2979486066 cites W2133687659 @default.
- W2979486066 cites W2143091608 @default.
- W2979486066 cites W2144633240 @default.
- W2979486066 cites W2162839535 @default.
- W2979486066 cites W2163392372 @default.
- W2979486066 cites W2167647359 @default.
- W2979486066 cites W2229491561 @default.
- W2979486066 cites W2235679284 @default.
- W2979486066 cites W2259054132 @default.
- W2979486066 cites W2319786373 @default.
- W2979486066 cites W2332541310 @default.
- W2979486066 cites W2332729858 @default.
- W2979486066 cites W2411488969 @default.
- W2979486066 cites W2469092844 @default.
- W2979486066 cites W2480449561 @default.
- W2979486066 cites W2504312016 @default.
- W2979486066 cites W2513560215 @default.
- W2979486066 cites W2522533081 @default.
- W2979486066 cites W2531145022 @default.
- W2979486066 cites W2538773973 @default.
- W2979486066 cites W2560631758 @default.
- W2979486066 cites W2569641075 @default.
- W2979486066 cites W2571904867 @default.
- W2979486066 cites W2586546262 @default.
- W2979486066 cites W2605520836 @default.
- W2979486066 cites W2615616359 @default.
- W2979486066 cites W2747019690 @default.
- W2979486066 cites W2750972108 @default.
- W2979486066 cites W2756011546 @default.
- W2979486066 cites W2759915735 @default.
- W2979486066 cites W2789112847 @default.
- W2979486066 cites W2792640832 @default.
- W2979486066 cites W2803939732 @default.
- W2979486066 cites W2806523682 @default.
- W2979486066 cites W2885445880 @default.
- W2979486066 cites W2886620358 @default.
- W2979486066 cites W2900464746 @default.
- W2979486066 cites W2911557591 @default.
- W2979486066 cites W2916101803 @default.
- W2979486066 cites W2919960091 @default.
- W2979486066 cites W2921212501 @default.
- W2979486066 cites W2922108286 @default.
- W2979486066 cites W2923952173 @default.
- W2979486066 cites W2930805037 @default.
- W2979486066 cites W2941182428 @default.
- W2979486066 cites W2951909719 @default.
- W2979486066 doi "https://doi.org/10.1016/j.msec.2019.110282" @default.
- W2979486066 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31753380" @default.
- W2979486066 hasPublicationYear "2020" @default.
- W2979486066 type Work @default.
- W2979486066 sameAs 2979486066 @default.
- W2979486066 citedByCount "20" @default.
- W2979486066 countsByYear W29794860662020 @default.
- W2979486066 countsByYear W29794860662021 @default.
- W2979486066 countsByYear W29794860662022 @default.
- W2979486066 countsByYear W29794860662023 @default.
- W2979486066 crossrefType "journal-article" @default.