Matches in SemOpenAlex for { <https://semopenalex.org/work/W1998611117> ?p ?o ?g. }
- W1998611117 endingPage "4896" @default.
- W1998611117 startingPage "4888" @default.
- W1998611117 abstract "Magnetic nanomaterials find increasing application as separation agents to rapidly isolate target compounds from complex biological media (i.e., blood purification). The responsiveness of the used materials to external magnetic fields (i.e., their saturation magnetization) is one of the most critical parameters for a fast and thorough separation. In the present study, magnetite (Fe3O4) and non-oxidic cementite (Fe3C) based carbon-coated nanomagnets are characterized in detail and compared regarding their separation behavior from human whole blood. A quantification approach for iron-based nanomaterials in biological samples with strong matrix effects (here, salts in blood) based on platinum spiking is shown. Both materials are functionalized with polyethyleneglycol (PEG) to improve cytocompatibility (confirmed by cell toxicity tests) and dispersability. The separation performance is tested in two setups, namely under stationary and different flow-conditions using fresh human blood. The results reveal a superior separation behavior of the cementite based nanomagnets and strongly suggest the use of nanomaterials with high saturation magnetizations for magnetic retention under common blood flow conditions such as in veins." @default.
- W1998611117 created "2016-06-24" @default.
- W1998611117 creator A5010303206 @default.
- W1998611117 creator A5017647895 @default.
- W1998611117 creator A5032145937 @default.
- W1998611117 creator A5034219005 @default.
- W1998611117 creator A5040106467 @default.
- W1998611117 creator A5044094950 @default.
- W1998611117 creator A5072876673 @default.
- W1998611117 creator A5076140361 @default.
- W1998611117 date "2013-04-17" @default.
- W1998611117 modified "2023-09-24" @default.
- W1998611117 title "Quantitative Recovery of Magnetic Nanoparticles from Flowing Blood: Trace Analysis and the Role of Magnetization" @default.
- W1998611117 cites W1499086319 @default.
- W1998611117 cites W1553330897 @default.
- W1998611117 cites W1963681675 @default.
- W1998611117 cites W1965699049 @default.
- W1998611117 cites W1966559431 @default.
- W1998611117 cites W1972835273 @default.
- W1998611117 cites W1977479596 @default.
- W1998611117 cites W1981577948 @default.
- W1998611117 cites W1988303653 @default.
- W1998611117 cites W1989583429 @default.
- W1998611117 cites W1992325992 @default.
- W1998611117 cites W2001568411 @default.
- W1998611117 cites W2011089673 @default.
- W1998611117 cites W2015442009 @default.
- W1998611117 cites W2021221108 @default.
- W1998611117 cites W2026250154 @default.
- W1998611117 cites W2026430421 @default.
- W1998611117 cites W2030107850 @default.
- W1998611117 cites W2040289075 @default.
- W1998611117 cites W2043336350 @default.
- W1998611117 cites W2050340710 @default.
- W1998611117 cites W2054986653 @default.
- W1998611117 cites W2064636526 @default.
- W1998611117 cites W2065569312 @default.
- W1998611117 cites W2065725244 @default.
- W1998611117 cites W2065983783 @default.
- W1998611117 cites W2067616242 @default.
- W1998611117 cites W2071659125 @default.
- W1998611117 cites W2073126015 @default.
- W1998611117 cites W2074128301 @default.
- W1998611117 cites W2079079334 @default.
- W1998611117 cites W2088174570 @default.
- W1998611117 cites W2110194826 @default.
- W1998611117 cites W2111209869 @default.
- W1998611117 cites W2115750472 @default.
- W1998611117 cites W2122423047 @default.
- W1998611117 cites W2123593234 @default.
- W1998611117 cites W2137561281 @default.
- W1998611117 cites W2143896522 @default.
- W1998611117 cites W2147288955 @default.
- W1998611117 cites W2158414689 @default.
- W1998611117 cites W2163481756 @default.
- W1998611117 cites W2326077079 @default.
- W1998611117 cites W2328483378 @default.
- W1998611117 cites W3007599434 @default.
- W1998611117 doi "https://doi.org/10.1002/adfm.201300696" @default.
- W1998611117 hasPublicationYear "2013" @default.
- W1998611117 type Work @default.
- W1998611117 sameAs 1998611117 @default.
- W1998611117 citedByCount "24" @default.
- W1998611117 countsByYear W19986111172013 @default.
- W1998611117 countsByYear W19986111172014 @default.
- W1998611117 countsByYear W19986111172015 @default.
- W1998611117 countsByYear W19986111172016 @default.
- W1998611117 countsByYear W19986111172017 @default.
- W1998611117 countsByYear W19986111172018 @default.
- W1998611117 countsByYear W19986111172019 @default.
- W1998611117 countsByYear W19986111172020 @default.
- W1998611117 countsByYear W19986111172021 @default.
- W1998611117 countsByYear W19986111172022 @default.
- W1998611117 countsByYear W19986111172023 @default.
- W1998611117 crossrefType "journal-article" @default.
- W1998611117 hasAuthorship W1998611117A5010303206 @default.
- W1998611117 hasAuthorship W1998611117A5017647895 @default.
- W1998611117 hasAuthorship W1998611117A5032145937 @default.
- W1998611117 hasAuthorship W1998611117A5034219005 @default.
- W1998611117 hasAuthorship W1998611117A5040106467 @default.
- W1998611117 hasAuthorship W1998611117A5044094950 @default.
- W1998611117 hasAuthorship W1998611117A5072876673 @default.
- W1998611117 hasAuthorship W1998611117A5076140361 @default.
- W1998611117 hasConcept C115260700 @default.
- W1998611117 hasConcept C121332964 @default.
- W1998611117 hasConcept C131872197 @default.
- W1998611117 hasConcept C138631740 @default.
- W1998611117 hasConcept C155672457 @default.
- W1998611117 hasConcept C171250308 @default.
- W1998611117 hasConcept C191897082 @default.
- W1998611117 hasConcept C192562407 @default.
- W1998611117 hasConcept C2777781897 @default.
- W1998611117 hasConcept C2779833257 @default.
- W1998611117 hasConcept C2781297133 @default.
- W1998611117 hasConcept C32546565 @default.
- W1998611117 hasConcept C62520636 @default.
- W1998611117 hasConcept C87023908 @default.
- W1998611117 hasConcept C87976508 @default.