… neural stem cells, neural progenitor cells, and neural precursor cells are, strictly speaking,
different cell populations, we also believe that most cell transplants are a mix of these cells. …

… Neuroepithelial cells transplanted into the adult spinal cord showed poor survival, but …
on improving connectivity with NPC transplants, it is important to note that cell transplantation …

… cord is stem cell transplantation. Just like the typical clinical stem cell transplant that often
refers to bone marrow transplant for … cord, with an emphasis on axonal growth and connectivity …

… When we examined the injury sites of our spinal rats for evidence of cell transplant survival
we found that neither OECs nor FBs survived to 7 months post-transplantation. OECs are …

… cord after cell transplantation. In adult rats, neuronal and non-neuronal cell transplants …
In the 1970s, studies using transplantation of cerebellar and non-cultured neocortical tissue …

… Human iPS cell-derived NSCs have been transplanted into … growth and connectivity from
human iPS cell grafts has not … derived from iPS cells into mid-cervical spinal cord lesion sites in …

… BDNF–green fluorescent protein (GFP) or GFP lentiviral vector was injected into the dorsal
column nuclei 7 d after injury and cell transplantation. Animals were divided into groups …

… of the mechanisms whereby these cells promote functional … spinal cord injury, will be important
to make cell transplantation a … (b) Transplanted cells may improve the connectivity through …

… cord itself, or the use of inappropriate embryonic neural tissues as transplants, or inadequate
techniques of transplantation… related to transplantation of neural tissues in the spinal cord in …

… Graft exhibits excellent viability and connectivity with caudal aspect of host spinal cord; thus,
re-transection retains healthy graft but eliminates entry of host inputs from above lesion site. …