Cells and scaffolds are the pillars of tissue engineering and regenerative medicine. They
have the potential to regenerate any tissue or organ; however, a major unmet challenge …

Non‐invasive imaging holds significant potential for implementation in tissue engineering. It
can be used to monitor the localization and function of tissue‐engineered implants, as well …

A major unresolved challenge in cell-based regenerative medicine is the absence of non-
invasive technologies for tracking cell fate in deep tissue and with high spatial resolution …

Noninvasive cell tracking in vivo has the potential to advance stem cell‐based therapies into
the clinic. Magnetic resonance imaging (MRI) provides an excellent image‐guidance …

The choice of imaging modality for the assessment and monitoring of tissue-engineered
materials is dependent on their biochemical composition, structure and physiological and/or …

Manganese is an essential metal that participates as a co-factor in a number of critical
biological functions such as electron transport, detoxification of free radicals, and synthesis …

Recent advances in cell therapy and tissue engineering opened new windows for
regenerative medicine, but still necessitate innovative noninvasive imaging technologies …

Magnetic resonance (MR) imaging, with its inherent good spatial resolution and without
tissue penetration depth limitations associated with other cell tracking techniques, is …

Magnetic resonance imaging (MRI) contrast agents, in contrast to the plethora of fluorescent
agents available to target disease biomarkers or exogenous implants, have remained …

MRI is one of the most important imaging tools in clinics. It interrogates nuclei of atoms in a
living subject, providing detailed delineation with high spatial and temporal resolutions. To …