Matches in SemOpenAlex for { <https://semopenalex.org/work/W4294433372> ?p ?o ?g. }
- W4294433372 endingPage "134081" @default.
- W4294433372 startingPage "134081" @default.
- W4294433372 abstract "Using a simple greener and environmentally free method for the synthesis of cuprous oxide nanoparticles (Cu2O NPs), the effect of Hydroxypropyl-β-cyclodextrin (HP-β-CD) as a capping agent has also been analyzed in detail. In order to produce the NPs, the copper sulfate in aqueous solutions is reduced with L-ascorbic acid and capped with HP-β-CD. Energy-dispersive X-ray spectroscopy (EDX) and X-ray Photoelectron spectroscopy (XPS) are used for the elemental analysis whereas field emission scanning electron microscopy (FE-SEM), and high-resolution tunneling electron microscopy (HR-TEM) are carried out for the analysis of surface morphology of the prepared NPs. In the typically selected area electron diffraction (SAED) pattern along with the lattice fringes, the crystalline structure of NPs could be described as face-centered cubic (FCC) with cu (111), (200), and (220) lattice planes. In addition, HR-TEM images are evident for the Cu2O NPs and revealed that the spherical with an average size of 33.2 nm. In-vitro cytotoxic ability with the NPs has been tested on the MDA-MB-231 (human breast cancer cell) cells and it was revealed to attain nearly 50% toxicity in 2.0 mg/ml (50% cell survival) and other concentrations attained 90-98% survival and a similar pattern is expressed in FACS analysis." @default.
- W4294433372 created "2022-09-03" @default.
- W4294433372 creator A5002847794 @default.
- W4294433372 creator A5070142225 @default.
- W4294433372 creator A5089331513 @default.
- W4294433372 date "2023-01-01" @default.
- W4294433372 modified "2023-10-07" @default.
- W4294433372 title "Environmental free synthesis of biologically active Cu2O nanoparticles for the cytotoxicity" @default.
- W4294433372 cites W1971358984 @default.
- W4294433372 cites W1974761646 @default.
- W4294433372 cites W1975164948 @default.
- W4294433372 cites W1977188684 @default.
- W4294433372 cites W1980604500 @default.
- W4294433372 cites W1982735099 @default.
- W4294433372 cites W1983886386 @default.
- W4294433372 cites W1985181238 @default.
- W4294433372 cites W1993315153 @default.
- W4294433372 cites W2006765910 @default.
- W4294433372 cites W2014008543 @default.
- W4294433372 cites W2016098933 @default.
- W4294433372 cites W2023690265 @default.
- W4294433372 cites W2048755825 @default.
- W4294433372 cites W2049015639 @default.
- W4294433372 cites W2053521592 @default.
- W4294433372 cites W2058856853 @default.
- W4294433372 cites W2061322501 @default.
- W4294433372 cites W2062013694 @default.
- W4294433372 cites W2069392396 @default.
- W4294433372 cites W2079711023 @default.
- W4294433372 cites W2082057875 @default.
- W4294433372 cites W2091177442 @default.
- W4294433372 cites W2093174438 @default.
- W4294433372 cites W2097277215 @default.
- W4294433372 cites W2098370460 @default.
- W4294433372 cites W2104291528 @default.
- W4294433372 cites W2116670113 @default.
- W4294433372 cites W2177423611 @default.
- W4294433372 cites W2195067420 @default.
- W4294433372 cites W2243956835 @default.
- W4294433372 cites W2277763500 @default.
- W4294433372 cites W2290188899 @default.
- W4294433372 cites W2533049920 @default.
- W4294433372 cites W2556370003 @default.
- W4294433372 cites W2592810921 @default.
- W4294433372 cites W2607248603 @default.
- W4294433372 cites W2611230489 @default.
- W4294433372 cites W2747959768 @default.
- W4294433372 cites W2792373406 @default.
- W4294433372 cites W2888379898 @default.
- W4294433372 cites W2891848841 @default.
- W4294433372 cites W2903117760 @default.
- W4294433372 cites W2907328071 @default.
- W4294433372 cites W2949288747 @default.
- W4294433372 cites W2950176640 @default.
- W4294433372 cites W2951303358 @default.
- W4294433372 cites W2953247731 @default.
- W4294433372 cites W2972801458 @default.
- W4294433372 cites W2981011351 @default.
- W4294433372 cites W2991249586 @default.
- W4294433372 cites W2993078688 @default.
- W4294433372 cites W2996355181 @default.
- W4294433372 cites W2997452108 @default.
- W4294433372 cites W3000562087 @default.
- W4294433372 cites W3003276099 @default.
- W4294433372 cites W3006817825 @default.
- W4294433372 cites W3016907199 @default.
- W4294433372 cites W3026153519 @default.
- W4294433372 cites W3037120342 @default.
- W4294433372 cites W3046818234 @default.
- W4294433372 cites W3080086621 @default.
- W4294433372 cites W3086030278 @default.
- W4294433372 cites W3088044861 @default.
- W4294433372 cites W3105559399 @default.
- W4294433372 cites W3112531890 @default.
- W4294433372 cites W3113122008 @default.
- W4294433372 cites W3151594924 @default.
- W4294433372 cites W3178275463 @default.
- W4294433372 cites W3198426556 @default.
- W4294433372 cites W3204044063 @default.
- W4294433372 cites W3208231840 @default.
- W4294433372 cites W377692752 @default.
- W4294433372 cites W4224222266 @default.
- W4294433372 cites W4224299072 @default.
- W4294433372 cites W4226170184 @default.
- W4294433372 cites W4226507702 @default.
- W4294433372 cites W767595230 @default.
- W4294433372 doi "https://doi.org/10.1016/j.molstruc.2022.134081" @default.
- W4294433372 hasPublicationYear "2023" @default.
- W4294433372 type Work @default.
- W4294433372 citedByCount "3" @default.
- W4294433372 countsByYear W42944333722023 @default.
- W4294433372 crossrefType "journal-article" @default.
- W4294433372 hasAuthorship W4294433372A5002847794 @default.
- W4294433372 hasAuthorship W4294433372A5070142225 @default.
- W4294433372 hasAuthorship W4294433372A5089331513 @default.
- W4294433372 hasConcept C113196181 @default.
- W4294433372 hasConcept C121332964 @default.
- W4294433372 hasConcept C127413603 @default.