Detection of the Effect of Nanoparticle Preconditioning in a Mouse Model of Prostate Cancer by MRI

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accelerated achieve acknowledge acquisition administration agent alpha although anesthesia animals applications around arrow axial blue cancer catheter caudal cells challenging characteristics clinical clinically coil comparable complicated concentration conditions conjugate contrast control converting curves delivery desirable detection diffuse digit divided duration dynamic enhanced enhancement events evidenced excellent expected experiment findings function funded future gadolinium gold gradient gratefully greatly highly hours humans implantation implanted improved indicated initial injected injecting injection injections integrating interstitial intravenous intravenously invasive involving john jugular kinetics laboratory magnet major male maps mass materials measurable mechanical mechanisms mice might millipede mimics minutes model models monitor monitored mouse muscle nude open outcome parametric participate particular percent perfusion permeability physiological pickup preceded preconditioning previous program prostate providing radiology received receiving reflect relevant representative resolution respiration retention scanned sciences since slower software studies successfully suggested systemic temperature temporal therapies therapy throughout tissue translational treatment tumor tumors typically understanding uptake vein view volume washout