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STEM CELLS | STEM CELLS Translational Medicine
Researchers identify and characterize different neural stem cell populations derived from the spinal cord and describe how injury and MBP control their activity
Using an exciting imaging technique, researchers show that transplanted neurons can integrate in the damaged brain
A new study demonstrates how converting astrocytes into neural stem cells may represent an exciting new strategy for neurological regeneration
New research suggests that NSCs transplanted into the dentate gyrus of the hippocampus function well in both young and old mice
Delineating how miRNAs regulate neural stem cell differentiation in the hope of creating effective regenerative strategies
A new study finds that neural stem cells directly differentiated from fibroblasts may be an important part of an improved strategy to treat aggressive brain tumors
A new study suggests that paracrine signaling from NSCs may be useful in the treatment of multiple sclerosis
A new study shows that modified neural stem cells can effectively target and inhibit the growth of brain metastases and enhance survival in a mouse model of breast cancer.
Researchers find that neural stem cells derived from induced pluripotent stem cells may represent an important new strategy for the treatment of acute stroke.
Detailed analysis in mice finds that the main mode by which neural stem cells mediate recovery after spinal cord injury is through the remyelination of damaged host axons.
The Stem Cells Portal is the hub for the STEM CELLS and STEM CELLS Translational Medicine sister journals, providing an interactive, up-to-the-minute platform covering the latest research from bench science and developments in clinical applications.
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