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- W4213163721 endingPage "164300" @default.
- W4213163721 startingPage "164300" @default.
- W4213163721 abstract "In the present study, the reduced graphene oxide (RGO) decorated by monodispersed superparamagnetic Fe3O4 (RGO-IO) nanocomposite was prepared and confirmed with various spectroscopic and microscopic techniques. The elemental spectral mapping depicts the composition of carbon, oxygen and iron in confirmed the successful formulation and homogenous distribution. The X-ray photoelectron spectroscopy (XPS) analysis of nanocomposite confirms the existence of elements such as C, O and Fe. The Raman spectroscopy analysis showed the characteristic peak for RGO i.e. D-band and G-band and A1 g phonon and Eg phonon peaks for IO is indicating the formation of RGO-IO. Moreover, the HR-TEM microscopic analysis evidently revealed the 2D structured RGO nanosheets are well decorated by a large quantity of IO nanoparticles. The in vitro cytotoxic activity of nanocomposite showed less toxicity and increased the cellular growth of mouse C2C12 and 3T3-L1 cells at higher concentration. The treatment of nanocomposite increases the ROS generation due to the excellent electrochemical performance and induces the formation of myotubes and mature adipocytes. The nanocomposite upregulates the expression of molecular marker proteins responsible for the myogenesis and adipogenesis was confirmed. Together, the synthesized RGO-IO nanocomposites provide surplus support for the use of nanomaterials in tissue engineering and regenerative medicine." @default.
- W4213163721 created "2022-02-24" @default.
- W4213163721 creator A5051697275 @default.
- W4213163721 creator A5072566109 @default.
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- W4213163721 date "2022-06-01" @default.
- W4213163721 modified "2023-09-25" @default.
- W4213163721 title "2D structured graphene nanosheets decorated by monodispersed superparamagnetic Fe3O4 nanoparticles for differentiation of mouse cells" @default.
- W4213163721 cites W1203931354 @default.
- W4213163721 cites W1494904951 @default.
- W4213163721 cites W1851198467 @default.
- W4213163721 cites W1929720839 @default.
- W4213163721 cites W1989323705 @default.
- W4213163721 cites W2002938949 @default.
- W4213163721 cites W2016494878 @default.
- W4213163721 cites W2016784766 @default.
- W4213163721 cites W2017075649 @default.
- W4213163721 cites W2021464843 @default.
- W4213163721 cites W2027171059 @default.
- W4213163721 cites W2044169471 @default.
- W4213163721 cites W2044242789 @default.
- W4213163721 cites W2050509601 @default.
- W4213163721 cites W2055605393 @default.
- W4213163721 cites W2067913177 @default.
- W4213163721 cites W2073126015 @default.
- W4213163721 cites W2089107274 @default.
- W4213163721 cites W2097925548 @default.
- W4213163721 cites W2125253058 @default.
- W4213163721 cites W2126911749 @default.
- W4213163721 cites W2128654538 @default.
- W4213163721 cites W2141548682 @default.
- W4213163721 cites W2144227790 @default.
- W4213163721 cites W2167819724 @default.
- W4213163721 cites W2168299580 @default.
- W4213163721 cites W2171813551 @default.
- W4213163721 cites W2172957891 @default.
- W4213163721 cites W2177492834 @default.
- W4213163721 cites W2284659436 @default.
- W4213163721 cites W2305842675 @default.
- W4213163721 cites W2512026105 @default.
- W4213163721 cites W2533382193 @default.
- W4213163721 cites W2545104311 @default.
- W4213163721 cites W2546525800 @default.
- W4213163721 cites W2550827765 @default.
- W4213163721 cites W2569707387 @default.
- W4213163721 cites W2615449285 @default.
- W4213163721 cites W2766912884 @default.
- W4213163721 cites W2769276755 @default.
- W4213163721 cites W2772447531 @default.
- W4213163721 cites W2782836260 @default.
- W4213163721 cites W2795054294 @default.
- W4213163721 cites W2797780001 @default.
- W4213163721 cites W2802499546 @default.
- W4213163721 cites W2803403052 @default.
- W4213163721 cites W2806873483 @default.
- W4213163721 cites W2891353347 @default.
- W4213163721 cites W2891454464 @default.
- W4213163721 cites W2896882920 @default.
- W4213163721 cites W2898365796 @default.
- W4213163721 cites W2907523074 @default.
- W4213163721 cites W2910362092 @default.
- W4213163721 cites W2913829730 @default.
- W4213163721 cites W2923384506 @default.
- W4213163721 cites W2930592277 @default.
- W4213163721 cites W2936720108 @default.
- W4213163721 cites W2936923553 @default.
- W4213163721 cites W2943926161 @default.
- W4213163721 cites W2982159487 @default.
- W4213163721 cites W2995538759 @default.
- W4213163721 cites W3005324539 @default.
- W4213163721 cites W3005438727 @default.
- W4213163721 cites W3006403931 @default.
- W4213163721 cites W3012448001 @default.
- W4213163721 cites W3017201545 @default.
- W4213163721 cites W3021154890 @default.
- W4213163721 cites W3025378807 @default.
- W4213163721 cites W3033225111 @default.
- W4213163721 cites W3038038537 @default.
- W4213163721 cites W3049766339 @default.
- W4213163721 cites W3080297446 @default.
- W4213163721 cites W3087477665 @default.
- W4213163721 cites W3089979973 @default.
- W4213163721 cites W3090292752 @default.
- W4213163721 cites W3095818847 @default.
- W4213163721 cites W3107889249 @default.
- W4213163721 cites W3110623332 @default.
- W4213163721 cites W3136882469 @default.
- W4213163721 cites W3138282581 @default.
- W4213163721 cites W3157748052 @default.
- W4213163721 cites W3165413742 @default.
- W4213163721 doi "https://doi.org/10.1016/j.jallcom.2022.164300" @default.
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