… cell therapy is promising as a means of augmenting brain repair, with evidence in animal
stroke models of cell … the secretion of trophic factors by stem cells from a variety of sources, but …

… of human stem cells from various sources including brain, … cell therapies that have advanced
to clinical trials on stroke … we review progress on different cell types in preclinical stages. …

… Reduction of inflammation levels in brain tissue by cell therapies may also contribute to
recovery. This mechanism may be more relevant to acute and subacute, rather than chronic …

… experience gained in the use of cell therapy for the treatment of remote aftereffects of brain
stroke. … We share the viewpoint [1,3] that cell therapy is justified in cases with severe disability …

… and could represent a potential target for cell therapy [14, 15]. Thus, angiogenesis and
neurogenesis seem to be coupled processes in the brain after stroke [16, 17]. Neuroblasts from …

… pro-survival responses of astrocytes that would allow their use in cell therapy strategies. …
induced by astrocytes’ cell therapy after brain stroke. Following brain ischemia, transplantation …

… of brain repair mechanisms by which cell grafts can enhance brain regeneration and functional
recovery after stroke… the therapeutic potentials of cell-based therapies for stroke recovery …

… about brain plasticity following stroke or brain damage needs … cell therapy is safe and
feasible to be transplanted in stroke … expanded ie, mesenchymal stem cells and tried to evaluate …

… Stroke damage involve all brain cell type and extracellular matrix which … for brain plasticity.
Regenerative medicine including cell therapies hold great promise to decrease post-stroke …

… Brain repair after stroke involves many different interconnected processes. The most common
aspects of brain repair that many types of cell therapies have consistently been shown to …