Dataset - Nanoparticulated Bimodal Contrast Agent for Ultra-High-Field Magnetic Resonance Imaging and Spectral X-ray Computed Tomography

File List: Fig 1 F1b: Size histogram of Ba40Dy60 NPs F1c: EDX spectrum of Ba40Dy60 NPs F1e: Size histogram of Ba51Dy49 NPs F1f: F1c: EDX spectrum of Ba51Dy49 NPs Fig 2 F2: Experimental XRD patterns of Ba40Dy60 and Ba51Dy49 samples Fig 3 F3b: XRD patterns of the precipitates obtained in the conditions used for the synthesis of Ba51Dy49 NPs but using different aging times F3c: Unit cell parameters and Ba/(Ba+Dy) ratio of the precipitates versus aging time Fig 4 F4a: DLS intensity curves of the Ba51Dy49 NPs suspended in water after different periods of time at rest F4b: FTIR spectrum of the Ba51Dy49 NPs Fig 5 F5g: Total number of cells per well after exposure to increasing concentration of NPs F5h: Percentage of dead cells after exposure to increasing concentration of Ba51Dy49 NPs. F5i: MTT assay of cells exposed to increasing concentration of Ba51Dy49 NPs Fig 6 F6a: 1/T2 values obtained in aqueous suspensions of Ba51Dy49 NPs at 9.4 T and 1.44 T versus Dy concentration of the suspensions Fig 7 F7b: X-ray attenuation at 80 kVp, in Hounsfield Units (HU), of aqueous suspensions containing Ba51Dy49 NPs and Iohexol, versus suspension concentration. F7c: X-ray attenuation, in HU, of aqueous suspensions containing 20.0 mg·mL-1 of Ba51Dy49 and DyF3 NPs, versus working voltage