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Cell‐based therapies represent important novel strategies for the improved treatment of various diseases. To monitor the progress of therapy and cell migration, noninvasive imaging methods are needed. MRI represents such a modality, allowing, for example, for the tracking of cells labeled with superparamagnetic iron oxide nanoparticles. Unfortunately, the labeled cells cannot always be identified...
This study reports the T1 and T2 relaxation rates of rhodamine‐labeled anionic magnetic nanoparticles determined at 7, 11.7, and 17.6 T both in solution and after cellular internalization. Therefore cells were incubated with rhodamine‐labeled anionic magnetic nanoparticles and were prepared at decreasing concentrations. Additionally, rhodamine‐labeled anionic magnetic nanoparticles in solution were...
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