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1. Full Text The Spinal Cord
: A Christopher and Dana Reeve Foundation Text and Atlas
by Watson, Charles and Paxinos, George and Kayalioglu, Gulgun and Heise, Claire
2008, 1, ISBN 9780123742476, 408
Spinal cord | Anatomy | Mammals | Atlases
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2. Full Text Long-Distance Growth and Connectivity of Neural Stem Cells after Severe Spinal Cord Injury
by Lu, Paul and Wang, Yaozhi and Graham, Lori and McHale, Karla and Gao, Mingyong and Wu, Di and Brock, John and Blesch, Armin and Rosenzweig, Ephron S and Havton, Leif A and Zheng, Binhai and Conner, James M and Marsala, Martin and Tuszynski, Mark H
Cell (Cambridge), ISSN 0092-8674, 09/2012, Volume 150, Issue 6, pp. 1264 - 1273
Biochemistry & Molecular Biology | Life Sciences & Biomedicine | Science & Technology | Cell Biology | Cell Line | Green Fluorescent Proteins - analysis | Spinal Cord Regeneration | Humans | Rats, Inbred F344 | Rats | Axons - physiology | Neural Stem Cells - cytology | Rats, Nude | Animals | Spinal Cord - pathology | Neural Stem Cells - transplantation | Female | Spinal Cord - physiopathology | Spinal Cord Injuries - therapy | Fibrin | Neurosciences | Neurons | Growth | Stem cells | Transplantation | Spinal cord injuries | Universities and colleges | Index Medicus
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3. Full Text Transforming growth factor α transforms astrocytes to a growth-supportive phenotype after spinal cord injury
by White, Robin E and Rao, Meghan and Gensel, John C and McTigue, Dana M and Kaspar, Brian K and Jakeman, Lyn B
The Journal of neuroscience, ISSN 0270-6474, 10/2011, Volume 31, Issue 42, pp. 15173 - 15187
Neurosciences | Neurosciences & Neurology | Life Sciences & Biomedicine | Science & Technology | Enzyme-Linked Immunosorbent Assay - methods | Locomotion - genetics | Recovery of Function - drug effects | Humans | Axons - physiology | Cell Transdifferentiation - genetics | Ganglia, Spinal - cytology | Green Fluorescent Proteins - genetics | Glial Fibrillary Acidic Protein - metabolism | Cell Movement - genetics | Spinal Cord Injuries - pathology | Transfection - methods | Cell Transdifferentiation - drug effects | Lamins - metabolism | Female | Bromodeoxyuridine - metabolism | Spinal Cord - cytology | Spinal Cord Injuries - therapy | ErbB Receptors - deficiency | Disease Models, Animal | Locomotion - drug effects | Transforming Growth Factor alpha - pharmacology | Astrocytes - drug effects | Green Fluorescent Proteins - metabolism | Recovery of Function - genetics | ErbB Receptors - metabolism | Mice, Inbred C57BL | Cells, Cultured | Neural Stem Cells - drug effects | Axons - drug effects | Up-Regulation - genetics | Transforming Growth Factor alpha - genetics | Mice, Knockout | Up-Regulation - drug effects | Cell Movement - drug effects | Phenotype | Animals | Analysis of Variance | Cell Proliferation - drug effects | Mice | Spinal Cord Injuries - physiopathology | Neurofilament Proteins - metabolism | Index Medicus
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4. Full Text Experimental strategies to promote spinal cord regeneration - An integrative perspective
by Schwab, Jan M and Brechtel, Klaus and Mueller, Christian-Andreas and Failli, Vieri and Kaps, Hans-Peter and Tuli, Sagun K and Schluesener, Hermann J
Progress in neurobiology, ISSN 0301-0082, 02/2006, Volume 78, Issue 2, pp. 91 - 116
Regeneration | Growth inhibition | Spinal cord injury | Cellular transplantation | Neurosciences | Neurosciences & Neurology | Life Sciences & Biomedicine | Science & Technology | Neuroprotective Agents - therapeutic use | Spinal Cord Diseases - physiopathology | Humans | Nerve Regeneration - physiology | Neuroglia - physiology | Neurons - cytology | Axons - physiology | Spinal Cord Diseases - epidemiology | Recovery of Function | Nerve Growth Factors - therapeutic use | Animals | Spinal Cord Diseases - therapy | Neurons - physiology | Stem Cells - physiology | Spinal Cord Diseases - pathology | Cell Transplantation - methods | Disease Models, Animal | Proteins | Medical colleges | Spinal cord injuries | Vaccination | Index Medicus
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5. Full Text Microtubule Stabilization Reduces Scarring and Causes Axon Regeneration After Spinal Cord Injury
by Farida Hellal and Andres Hurtado and Jörg Ruschel and Kevin C. Flynn and Claudia J. Laskowski and Martina Umlauf and Lukas C. Kapitein and Dinara Strikis and Vance Lemmon and John Bixby and Casper C. Hoogenraad and Frank Bradke
Science (American Association for the Advancement of Science), ISSN 0036-8075, 2/2011, Volume 331, Issue 6019, pp. 928 - 931
COS cells | Axons | Spinal cord | Neuroscience | Neurons | Microtubules | REPORTS | Central nervous system | Physical trauma | Lesions | Vehicles | Spinal Cord Regeneration | polysaccharide | stabilization | Cicatrix | proteoglycan synthesis | nerve fiber regeneration | scar formation | Sprague-Dawley | hypertrophic scar | Paclitaxel | rodent | Female | Cultured | cell organelle | injury | priority journal | animal model | Kinesin | Transforming Growth Factor beta | neurology | spinal cord injury | sensory nerve cell | Signal Transduction | rat | chondroitin sulfate | Rats | Cells | Chondroitin Sulfate Proteoglycans | Ganglia | animal experiment | article | Protein Transport | Sensory Receptor Cells | Spinal | microtubule | functional morphology | Animals | Spinal Cord Injuries | Spinal Cord | controlled study | animal tissue | nonhuman | nerve fiber growth | Smad2 Protein | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Neurology | Biological and medical sciences | Medical sciences | Cerebrospinal fluid. Meninges. Spinal cord | Nervous system (semeiology, syndromes) | Paclitaxel - pharmacology | Spinal Cord - drug effects | Spinal Cord Injuries - drug therapy | Axons - physiology | Ganglia, Spinal - cytology | Spinal Cord Injuries - pathology | Microtubules - metabolism | Sensory Receptor Cells - physiology | Microtubules - drug effects | Spinal Cord - cytology | Paclitaxel - administration & dosage | Cicatrix - prevention & control | Cells, Cultured | Chondroitin Sulfate Proteoglycans - metabolism | Smad2 Protein - metabolism | Rats, Sprague-Dawley | Kinesin - metabolism | Cicatrix - pathology | Spinal Cord Injuries - physiopathology | Transforming Growth Factor beta - metabolism | Regeneration | Patient outcomes | Spinal cord injuries | Research | Health aspects | Cytoskeleton | Cellular biology | Rodents | Index Medicus
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6. Full Text Required growth facilitators propel axon regeneration across complete spinal cord injury
by Anderson, Mark A and O’Shea, Timothy M and Burda, Joshua E and Ao, Yan and Barlatey, Sabry L and Bernstein, Alexander M and Kim, Jae H and James, Nicholas D and Rogers, Alexandra and Kato, Brian and Wollenberg, Alexander L and Kawaguchi, Riki and Coppola, Giovanni and Wang, Chen and Deming, Timothy J and He, Zhigang and Courtine, Gregoire and Sofroniew, Michael V
Nature (London), ISSN 0028-0836, 09/2018, Volume 561, Issue 7723, pp. 396 - 400
Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Spinal cord injuries | Genetic aspects | Adults | Health aspects | Conduction | Fibroblast growth factor | Animal models | Spinal cord | Circuit design | Hydrogels | Recovery of function | Nervous system | Insulin-like growth factors | Spinal cord injury | Neuronal-glial interactions | Biomaterials | Biomedical materials | Epidermal growth factor | Rodents | Reinstatement | Fibroblasts | Biocompatibility | Lesions | Growth factors | Controlled release | Injuries | Fibroblast growth factor 2 | Neurons | Axonogenesis | Osteopontin | Regrowth | Insulin | Substrates | Regeneration | Axons | Functional morphology | Rehabilitation | Index Medicus
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7. Full Text Effects of Wharton's jelly cells of the human umbilical cord on acute spinal cord injury in rats, and expression of interleukin-1β and nerve growth factor in spinal cord tissues
by Li, Cheng and Chen, Xiao and Qiao, Suchi and Liu, Xinwei and Liu, Chang and Zhu, Degang and Su, Jiacan and Wang, Zhiwei
Artificial cells, nanomedicine, and biotechnology, ISSN 2169-1401, 07/2016, Volume 44, Issue 5, pp. 1254 - 1258
spinal cord injury | umbilical cord | nerve growth factor | interleukin-1β | Wharton's jelly cells | Nerve growth factor | Umbilical cord | Spinal cord injury | Interleukin-1β | Wharton’s jelly cells | Acute Disease | Nerve Growth Factor - biosynthesis | Spinal Cord Injuries - metabolism | Humans | Gene Expression Regulation | Rats | Rats, Sprague-Dawley | Spinal Cord Injuries - pathology | Animals | Heterografts | Mesenchymal Stromal Cells | Female | Interleukin-1beta - biosynthesis | Spinal Cord Injuries - therapy | Mesenchymal Stem Cell Transplantation | Index Medicus
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8. Full Text Coordination of progenitor specification and growth in mouse and chick spinal cord
by Anna Kicheva and Tobias Bollenbach and Ana Ribeiro and Helena Pérez Valle and Robin Lovell-Badge and Vasso Episkopou and James Briscoe
Science (American Association for the Advancement of Science), ISSN 0036-8075, 9/2014, Volume 345, Issue 6204, pp. 1577 - 1577
RESEARCH ARTICLE SUMMARY | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Spinal Cord - embryology | Animals | Models, Biological | Body Patterning | Cell Differentiation | Mice | Stem Cells - cytology | Neural Tube - embryology | Chick Embryo | Neural Tube - cytology | Spinal cord | Poultry | Neurons | Developmental biology | Rodents | Index Medicus | Control | Specifications | Cells (biology) | Chicks | Tubes | Differentiation | Pools
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9. Full Text SnapShot: Spinal Cord Development
by Alaynick, William A and Jessell, Thomas M and Pfaff, Samuel L
Cell (Cambridge), ISSN 0092-8674, 2011, Volume 146, Issue 1, pp. 178 - 178.e1
Biochemistry & Molecular Biology | Life Sciences & Biomedicine | Science & Technology | Cell Biology | Motor Neurons - metabolism | Nerve Tissue Proteins - metabolism | Animals | Spinal Cord - cytology | Spinal Cord - growth & development | Homeodomain Proteins - metabolism | Index Medicus
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