Personalized treatment using stem, modified or genetically engineered, cells is becoming a
reality in the field of medicine, in which allogenic or autologous cells can be used for …

Stem cell–based cellular therapy represents a promising outlook for regenerative medicine.
Imaging techniques provide a means for noninvasive, repeated, and quantitative tracking of …

Cellular magnetic resonance imaging (MRI) is an evolving field of imaging with strong
translational and research potential. The ability to detect, track, and quantify cells in vivo and …

In vivo imaging is a platform technology with the power to put function in its natural structural
context. With the drive to translate stem cell therapies into pre-clinical and clinical trials, early …

The future of regenerative medicine relies on our ability to control stem cell fate in order to
produce functional tissues. Stem cells are the preferred cell source for tissue engineering …

In vivo applications of cells for the monitoring of their cell dynamics increasingly use non‐
invasive magnetic resonance imaging. This imaging modality allows in particular to follow …

Transplantation of stem cells or immune cells has shown promise for the treatment of several
diseases. Monitoring magnetically labeled cells with MRI has furthered our understanding of …

Cell-based therapies have been making great advances toward clinical reality. Despite the
increase in trial activity, few therapies have successfully navigated late-phase clinical trials …

Stem cell based-therapies are novel therapeutic strategies that hold key for developing new
treatments for diseases conditions with very few or no cures. Although there has been an …

Regenerative medicine with the use of stem cells has appeared as a potential therapeutic
alternative for many disease states. Numerous questions remain regarding the viability and …