Cell therapy for neurologic disorders will benefit significantly from progress in methods of
noninvasively imaging cell transplants. The success of current cell therapy has varied, in …

A construct for tagging neurospheres and monitoring cell transplantations was developed
using a new technology for producing luminescent and radiolabeled probes that have …

The regenerative potential of stem cells from various sources has been under intense
investigation in the experimental models of cerebral ischemia. To end up with a restorative …

In vivo tracking of stem cells implanted to spinal cord by radionuclide imaging was
investigated. The high expression of transferrin receptor on human mesenchymal stem cells …

The possibility of monitoring stem cells in vivo with radionuclide imaging after
transplantation was investigated. Based on the results of a radioligand receptors assay that …

The molecular imaging techniques allow monitoring of the transplanted cells in the same
individuals over time, from early localization to the survival, migration, and differentiation …

Due to their stemness and unique paracrine, immunomodulatory and anti-inflammatory
properties, Mesenchymal Stem Cells (MSCs) hold great promise for tissue regeneration and …

Objective To explore the effect of in vivo positron emission computed tomography (PET) in
tracking the stem cells transplanted into spinal cord. Methods Telomerase-immortalized …

In vivo imaging is increasingly being utilized in studies investigating stem cell-based
treatments for neurological disorders. Direct labeling is used in preclinical and clinical …

The interest in the use of stem cells as a source for therapy has increased dramatically over
the last decades. Different stem cell types have been tested in both in vitro and in vivo …