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- Coronavirus today and the SCI community tomorrow
- Stroke Drug Boosts Stem Cell Therapy For Spinal Cord Injury In Rats
- An integrated in silico pipeline identifies a novel TF combination that promotes enhanced CST growth following injury
- Spike timing-dependent plasticity in the adult rat with chronic cervical spinal cord contusion
- Effect of PTEN antagonist peptide on the functional motor recovery in rat
- GDF10 promotes axonal regeneration and functional recovery: A novel gene therapy strategy for spinal cord injury
- GTX Medical and NeuroRecovery Technologies to merge
- Candidate Therapy From Quebec for Chronic SCI Being Developed in Parallel by Academics and Companies in Switzerland and the Netherlands
- Moving beyond the glial scar for spinal cord repair
- The Struggle to Make CNS Axons Regenerate: Why Has It Been so Difficult?
- The potential of electric field for promoting neurite guidance in spinal cord injury regeneration strategies
- Extraction and selective activation of muscle synergies through spinal stimulation for SCI
- Early limb unloading elicits long-term motor deficits involving motorneuron hyperexcitability associated with persistent alterations in glutamatergic synaptic plasticity in spinal cord injury
- The effects of a pro-angiogenic, RGD-functionalized, nanofiber composite biomaterial on mesenchymal stem cell-mediated repair of the injured spinal cord
- From wheelchair to walking after spinal cord injury
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Tag Archives: stem cell biology
Dr. Arthur Brown, PhD – Targeting gene regulation to promote plasticity and repair.
Dr. Arthur Brown, PhD, Scientist, Robarts Research Institute, Associate Professor, Anatomy and Cell Biology, Western University. Targeting gene regulation to promote plasticity and repair in the injured spinal cord. Published on Nov 26, 2012 by WesternUniversity
Posted in Chronic Spinal Cord Injury Research, Gene Therapy, Regenerative Medicine, spinal cord injury research, Stem Cell Research
Tagged antagonist, astroycytes, axon regeneration, Brown Lab, calmodulin, Chondroitinase ABC, chronic spinal cord injury, CPZ, CSPG scar degradation, Dr. Arthur Brown, gene delivery, gene expression, gene transcription, GFAP, inflammation, neurological recovery, neurons, paralysis, peptide strategy, PhD, proteoglycans, SOX9, spinal cord injury research, stem cell biology
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Innocent Intrigue : Hans S. Keirstead at TEDxOrangeCoast
Stem cells will fundamentally change the course of human disease and longevity, says Hans Keirstead. An internationally known stem cell expert, Hans Keirstead has pioneered stem cell programs at UC Irvine and California Stem Cell. He led his teams to … Continue reading
Posted in Advocacy, Chronic Spinal Cord Injury Research, Regenerative Medicine, spinal cord injury research, Stem Cell Research
Tagged axon regeneration, chronic spinal cord injury, clinical trials spinal cord injury, Dr. Hans Keirstead, embryonic stem cells, motor function, neurite growth, research, RIRC, stem cell biology
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Stem cells can become anything — but not without this protein, U-M scientists find
Mof, involved in regulating how stem cells read their DNA, plays a crucial role How do stem cells preserve their ability to become any type of cell in the body? And how do they “decide” to give up that magical … Continue reading
Posted in Chronic Spinal Cord Injury Research, Stem Cell Research
Tagged dna transcription, epigenetics, IPSC. Mof, michigan medical school, science, stem cell biology, undifferentiated cells
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The Reality of Stem Cell Research
video-player Lawrence Goldstein PhD Medical Background Spinal cord injury (SCI) resulting from accidents, gunshots or other traumas is a tragedy that affects hundreds of thousands of people of all ages. Vehicular accidents cause about 44% of these injuries. Nearly one-quarter … Continue reading
Posted in Advocacy, Chronic Spinal Cord Injury Research, Stem Cell Research
Tagged academic researchers, Bush policy, donate blastocyst, embryonic stem cells, invitro fertilization, NIH, regenerative medicine, spinal cord injury, stem cell biology, stem cell therapy
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SPINAL CORD INJURY RESEARCH AND SCIENCE 