FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2077768338> ?p ?o ?g. }

• W2077768338 endingPage "195" @default.
• W2077768338 startingPage "187" @default.
• W2077768338 abstract "In recent years, there has been considerable interest and research activity in using gold nanoparticle materials for biomedical applications including biomolecular detection, bioimaging, drug delivery, and photothermal therapy. In order to apply gold nanoparticles in the real biological world, we need to have a better understanding of the potential interactions between gold nanoparticle materials and biomolecules in vivo and in vitro. Here, we report the use of dynamic light scattering (DLS) for gold nanorods characterization and nanorod–protein interaction study. In the size distribution diagram, gold nanorods with certain aspect ratios exhibit two size distribution peaks, one with an average hydrodynamic diameter at 5–7 nm, and one at 70–80 nm. The small size peak is attributed to the rotational diffusion of the nanorods instead of an actual dimension of the nanorods. When proteins are adsorbed to the gold nanorods, the average particle size of the nanorods increases and the rotational diffusion-related size distribution peak also changes dramatically. We examined the interaction between four different proteins, bovine serum albumin, human serum albumin, immunoglobulin G, and immunoglobulin A (IgA) with four gold nanorods that have the same diameter but different aspect ratios. From this study, we found that protein adsorption to gold nanorods is strongly dependent on the aspect ratio of the nanorods, and varies significantly from protein to protein. The two serum albumin proteins caused nanorod aggregation upon interaction with the nanorods, while the two immunoglobulin proteins formed a stable protein corona on the nanorod surface without causing significant nanorod aggregation. This study demonstrates that DLS is a valuable tool for nanorod characterization. It reveals information complementary to molecular spectroscopic techniques on gold nanorod–protein interactions." @default.
• W2077768338 created "2016-06-24" @default.
• W2077768338 creator A5000890626 @default.
• W2077768338 creator A5070135836 @default.
• W2077768338 creator A5081050352 @default.
• W2077768338 date "2012-09-20" @default.
• W2077768338 modified "2023-10-16" @default.
• W2077768338 title "Dynamic light scattering for gold nanorod size characterization and study of nanorod–protein interactions" @default.
• W2077768338 cites W1963745089 @default.
• W2077768338 cites W1968548244 @default.
• W2077768338 cites W1976226355 @default.
• W2077768338 cites W1978369328 @default.
• W2077768338 cites W1986504105 @default.
• W2077768338 cites W1989749990 @default.
• W2077768338 cites W1990379353 @default.
• W2077768338 cites W1993343079 @default.
• W2077768338 cites W1999364829 @default.
• W2077768338 cites W2006806281 @default.
• W2077768338 cites W2009562525 @default.
• W2077768338 cites W2010470352 @default.
• W2077768338 cites W2013914250 @default.
• W2077768338 cites W2014893271 @default.
• W2077768338 cites W2021713080 @default.
• W2077768338 cites W2027239458 @default.
• W2077768338 cites W2030520829 @default.
• W2077768338 cites W2031753523 @default.
• W2077768338 cites W2034781603 @default.
• W2077768338 cites W2038665562 @default.
• W2077768338 cites W2042823734 @default.
• W2077768338 cites W2045723481 @default.
• W2077768338 cites W2047786120 @default.
• W2077768338 cites W2050886209 @default.
• W2077768338 cites W2050993261 @default.
• W2077768338 cites W2052070148 @default.
• W2077768338 cites W2057506115 @default.
• W2077768338 cites W2064907816 @default.
• W2077768338 cites W2065524927 @default.
• W2077768338 cites W2068899652 @default.
• W2077768338 cites W2075409966 @default.
• W2077768338 cites W2084002537 @default.
• W2077768338 cites W2086696748 @default.
• W2077768338 cites W2094085775 @default.
• W2077768338 cites W2099651741 @default.
• W2077768338 cites W2103098225 @default.
• W2077768338 cites W2118120380 @default.
• W2077768338 cites W2126393492 @default.
• W2077768338 cites W2129998516 @default.
• W2077768338 cites W2153992927 @default.
• W2077768338 cites W2160303227 @default.
• W2077768338 cites W2160781787 @default.
• W2077768338 cites W2167737820 @default.
• W2077768338 cites W2170485872 @default.
• W2077768338 cites W2226422275 @default.
• W2077768338 cites W2329345175 @default.
• W2077768338 doi "https://doi.org/10.1007/s13404-012-0067-4" @default.
• W2077768338 hasPublicationYear "2012" @default.
• W2077768338 type Work @default.
• W2077768338 sameAs 2077768338 @default.
• W2077768338 citedByCount "128" @default.
• W2077768338 countsByYear W20777683382013 @default.
• W2077768338 countsByYear W20777683382014 @default.
• W2077768338 countsByYear W20777683382015 @default.
• W2077768338 countsByYear W20777683382016 @default.
• W2077768338 countsByYear W20777683382017 @default.
• W2077768338 countsByYear W20777683382018 @default.
• W2077768338 countsByYear W20777683382019 @default.
• W2077768338 countsByYear W20777683382020 @default.
• W2077768338 countsByYear W20777683382021 @default.
• W2077768338 countsByYear W20777683382022 @default.
• W2077768338 countsByYear W20777683382023 @default.
• W2077768338 crossrefType "journal-article" @default.
• W2077768338 hasAuthorship W2077768338A5000890626 @default.
• W2077768338 hasAuthorship W2077768338A5070135836 @default.
• W2077768338 hasAuthorship W2077768338A5081050352 @default.
• W2077768338 hasBestOaLocation W20777683381 @default.
• W2077768338 hasConcept C104819515 @default.
• W2077768338 hasConcept C126201875 @default.
• W2077768338 hasConcept C127413603 @default.
• W2077768338 hasConcept C14631669 @default.
• W2077768338 hasConcept C155672457 @default.
• W2077768338 hasConcept C171250308 @default.
• W2077768338 hasConcept C185592680 @default.
• W2077768338 hasConcept C187530423 @default.
• W2077768338 hasConcept C192562407 @default.
• W2077768338 hasConcept C42360764 @default.
• W2077768338 hasConcept C43617362 @default.
• W2077768338 hasConcept C49853544 @default.
• W2077768338 hasConcept C86807702 @default.
• W2077768338 hasConceptScore W2077768338C104819515 @default.
• W2077768338 hasConceptScore W2077768338C126201875 @default.
• W2077768338 hasConceptScore W2077768338C127413603 @default.
• W2077768338 hasConceptScore W2077768338C14631669 @default.
• W2077768338 hasConceptScore W2077768338C155672457 @default.
• W2077768338 hasConceptScore W2077768338C171250308 @default.
• W2077768338 hasConceptScore W2077768338C185592680 @default.
• W2077768338 hasConceptScore W2077768338C187530423 @default.
• W2077768338 hasConceptScore W2077768338C192562407 @default.
• W2077768338 hasConceptScore W2077768338C42360764 @default.

• next