Synthesis of anthraquinone-capped TiO2 nanoparticles using R. emodi roots: preparation, characterization and cytotoxic potential

Structural and physicochemical properties of Rheum emodi mediated Mg(OH) 2 nanoparticles and their antibacterial and cytotoxic potential

“…3 c and d , respectively. The analysis disclosed that the absorption bands appearing at 3387, 2921, 1618, 1449, 1267, and 1072 cm −1 observed for R. emodi roots extract and bands at 3411, 1632, 1410 and 1043 cm −1 for Mg(OH) 2 NPs [37]. The absorption bands at 3387 and 3411 cm −1 indicate –OH stretching of a phenolic group.…”

Green Synthesis of Zinc Oxide Nanoparticles Mediated fromCassia renigeraBark and Detect Its Effects on Four Varieties of Rice

“…[5,6] Many published reports are available on different forms of metal, metal oxides and di-oxide nanoparticles such as Ag-NPs; [7] Cu-NPs; [8] CuO-NPs; [9] ZnO-NPs; [10] Au-NPs; [11] Pt-, Pd-, Si-, and Ni-NPs; [12][13][14][15] FeO-NPs; [16] TiO2-NPs. [6,17] The impact of luminescent nanomaterials (carbon dots, silicon nanoparticles and nanophosphors etc) on plant imaging and photosynthesis has also been reported in a recent study. [18] Every NP have its specific properties, functions and applications.…”

“…Additionally, nanomaterials are good alternative to conventional fertilizers because of its high reaction rate, improved efficiency and cost effectiveness [5,6] . Many published reports are available on different forms of metal, metal oxides and di‐oxide nanoparticles such as Ag‐NPs; [7] Cu‐NPs; [8] CuO‐NPs; [9] ZnO‐NPs; [10] Au‐NPs; [11] Pt‐, Pd‐, Si‐, and Ni‐NPs; [12–15] FeO‐NPs; [16] TiO2‐NPs [6,17] . The impact of luminescent nanomaterials (carbon dots, silicon nanoparticles and nanophosphors etc) on plant imaging and photosynthesis has also been reported in a recent study [18] .…”

Fabrication of antimicrobial poly(lactic‐co‐glycolic acid)/silk fibroin/aloe anthraquinone fibrous membranes for potential application of wound healing

“…The peaks at 1619 cm À1 represent C=O stretch in hydroxyanthraquinone, and the peak at 1384 cm À1 and the weak peak at 1076 cm À1 attribute to the stretch vibration of C-C bond and C-O bond, respectively. 30 Pure PLGA also has three peaks at 1760 cm À1 (C=O stretch), 1456 cm À1 (methyl stretch), and 1167 cm À1 (saturated bond), respectively. For SF powder, the peaks at 1637, 1533, 1231, and 696 cm À1 attribute to amide I, amide II, amide III, and amide V, respectively.…”