A novel quercetin-loaded NiFe2O4@Liposomes hybrid biocompatible as a potential chemotherapy/hyperthermia agent and cytotoxic effects on breast cancer cells

Investigation and optimization of naringin-loaded in MOF-5 encapsulated by liponiosomes as smart drug delivery, cytotoxicity, and apoptotic on breast cancer cells

“…The FTIR indicated that the peaks at 3610, 3400, 1590, 1565, 1462, and 800 cm − 1 deformation in MOF-5 crystals [57,58]. Moreover, the FTIR spectrum of NG-loaded MOF-5@LNs exhibits the peak at 3365 cm − 1 (O-H stretching vibration) bonds in (-OH) present on the surface of the composite NPs or absorbed moisture, 2868 cm − 1 suggests the presence of (C-H stretching vibrations) in the composite material, 1702 cm − 1 is indicative of the (C = O stretching vibration) [59], which is associated with the carbonyl groups present in NG and LNs of the composite. While 1565 cm − 1 and 1377 cm − 1 (vibrations of carboxylate groups), potentially originating from MOF-5 [60], 1051 cm − 1 (C-O stretching vibrations), whereas 742 cm − 1 could be associated with (C-H vibration) in out-of-plane deformation vibration in MOF-5 crystals [58,61].…”