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- W2903609565 abstract "Copper ferrite nanoparticles, synthesized by conventional sol-gel method were calcined at different temperatures. The magnetic, structural, morphological and cytotoxicity analyses of the uncalcined and calcined nanoparticles (NPs) were investigated and compared. Formation of tetragonal structure of CuFe2O4 NPs was observed in XRD patterns. On increasing the temperature, better crystallinity and increased crystallite size were also observed. In the FTIR spectra, bonds corresponding to CH, OH and carboxylate groups gradually disappeared with increasing temperature, while peak corresponding to FeO existed more prominently. NPs calcined at 300 °C (Cu3) exhibited the highest magnetic saturation and lowest retentivity, thereby indicating its superparamagnetic behaviour. Concentration-dependent cytotoxicity values were obtained by invitro MTT (3-(4, 5-dimethylthiazol-2-yl)-2, 5-diphenyltetrazolium bromide, a tetrazole) assay, Cell Titer assay and Cell Flow Cytometry with Propidium Iodide. NPs calcined at 300 °C, 500 °C and 700 °C exhibited non-toxicity at all the concentrations. Based on magnetic and biocompatibility analyses, Cu3 NPs were found to be the most suitable one to investigate the influence of silica coating on its surface. Presence of silica was confirmed by XRD pattern, FTIR spectrum, SEM and HRTEM micrographs as well as SAED pattern. In M-H curve, superparamagnetic behaviour of the CuFe2O4 core was retained but with reduced magnetic saturation due to magnetically dead layer of silica. An increase in cellular viability was witnessed in case of silica coated CuFe2O4 NPs as compared to uncoated NPs, thus reflecting on its enhanced biocompatibility. Nanosized, superparamagnetic and highly biocompatible characteristics make silica coated CuFe2O4 NPs a potential claimant for biomedical applications." @default.
- W2903609565 created "2018-12-22" @default.
- W2903609565 creator A5010748566 @default.
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- W2903609565 creator A5091568504 @default.
- W2903609565 date "2019-04-01" @default.
- W2903609565 modified "2023-09-29" @default.
- W2903609565 title "Effect of size and silica coating on structural, magnetic as well as cytotoxicity properties of copper ferrite nanoparticles" @default.
- W2903609565 cites W1968195357 @default.
- W2903609565 cites W1969751385 @default.
- W2903609565 cites W1970150966 @default.
- W2903609565 cites W1970783095 @default.
- W2903609565 cites W1971019100 @default.
- W2903609565 cites W1971753578 @default.
- W2903609565 cites W1973501059 @default.
- W2903609565 cites W1977587003 @default.
- W2903609565 cites W1979546634 @default.
- W2903609565 cites W1981569454 @default.
- W2903609565 cites W1986236514 @default.
- W2903609565 cites W1993258591 @default.
- W2903609565 cites W1995797465 @default.
- W2903609565 cites W2003856382 @default.
- W2903609565 cites W2005641376 @default.
- W2903609565 cites W2008316330 @default.
- W2903609565 cites W2017300404 @default.
- W2903609565 cites W2018853005 @default.
- W2903609565 cites W2026387992 @default.
- W2903609565 cites W2032591393 @default.
- W2903609565 cites W2034028311 @default.
- W2903609565 cites W2036125664 @default.
- W2903609565 cites W2037305699 @default.
- W2903609565 cites W2038885466 @default.
- W2903609565 cites W2041908678 @default.
- W2903609565 cites W2043441141 @default.
- W2903609565 cites W2045536980 @default.
- W2903609565 cites W2047486339 @default.
- W2903609565 cites W2049323462 @default.
- W2903609565 cites W2052206366 @default.
- W2903609565 cites W2053236885 @default.
- W2903609565 cites W2053747088 @default.
- W2903609565 cites W2054408555 @default.
- W2903609565 cites W2054756316 @default.
- W2903609565 cites W2067559470 @default.
- W2903609565 cites W2069499937 @default.
- W2903609565 cites W2071659125 @default.
- W2903609565 cites W2073126015 @default.
- W2903609565 cites W2073542780 @default.
- W2903609565 cites W2074375847 @default.
- W2903609565 cites W2077036139 @default.
- W2903609565 cites W2084681354 @default.
- W2903609565 cites W2086026907 @default.
- W2903609565 cites W2086433257 @default.
- W2903609565 cites W2087188428 @default.
- W2903609565 cites W2089868491 @default.
- W2903609565 cites W2092346053 @default.
- W2903609565 cites W2093510392 @default.
- W2903609565 cites W2097502797 @default.
- W2903609565 cites W2103210148 @default.
- W2903609565 cites W2104251127 @default.
- W2903609565 cites W210946093 @default.
- W2903609565 cites W2111369104 @default.
- W2903609565 cites W2152752812 @default.
- W2903609565 cites W2153601484 @default.
- W2903609565 cites W2159843277 @default.
- W2903609565 cites W2165833972 @default.
- W2903609565 cites W2277663110 @default.
- W2903609565 cites W2287310421 @default.
- W2903609565 cites W2328746480 @default.
- W2903609565 cites W2514169271 @default.
- W2903609565 cites W2536069094 @default.
- W2903609565 cites W2537831071 @default.
- W2903609565 cites W2548039701 @default.
- W2903609565 cites W2552209742 @default.
- W2903609565 cites W2597486318 @default.
- W2903609565 cites W2791833844 @default.
- W2903609565 cites W2801064348 @default.
- W2903609565 cites W2810712752 @default.
- W2903609565 cites W2843219477 @default.
- W2903609565 cites W3007599434 @default.
- W2903609565 doi "https://doi.org/10.1016/j.msec.2018.12.051" @default.
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- W2903609565 hasPublicationYear "2019" @default.
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