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Brachial Plexus Avulsion: A Model for Axonal Regeneration Study Book
2015
Authors:  Su H.;  Yuan Q.;  Zhou L.;  Wu W.
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Brachial plexus  Cell therapy  Degeneration  Motoneurons  Muscle atrophy  Root avulsion  Spinal cord  Stem cells  Ventral root reimplantation  
Neural progenitor cell apoptosis and differentiation were affected by activated microglia in spinal cord slice culture Journal article
Neurological Sciences, 2014,Volume: 35,Issue: 3,Page: 415-419
Authors:  Liu X.;  Chu T.-H.;  Su H.;  Guo A.;  Wu W.
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Microglia  Neural Progenitor Cells  Neuronal Differentiation  Spinal Cord Injury  
Induction of phosphorylated c-Jun in neonatal spinal motoneurons after axonal injury is coincident with both motoneuron death and regeneration Journal article
Journal of Anatomy, 2014,Volume: 224,Issue: 5,Page: 575-582
Authors:  Yuan Q.;  Su H.;  Guo J.;  Wu W.;  Lin Z.-X.
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Axonal Injury  Motoneuron  Phosphorylated C-jun  Regeneration  Spinal Cord  
Contrasting neuropathology and functional recovery after spinal cord injury in developing and adult rats Journal article
Neuroscience Bulletin, 2013,Volume: 29,Issue: 4,Page: 509-516
Authors:  Yuan Q.;  Su H.;  Chiu K.;  Wu W.;  Lin Z.-X.
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Functional Recovery  Neonatal  Rat  Regeneration  Spinal Cord Injury  
Existence of different types of senile plaques between brain and spinal cord of TgCRND8 mice Journal article
Neurochemistry International, 2013,Volume: 62,Issue: 3,Page: 211-220
Authors:  Yuan Q.;  Su H.;  Zhang Y.;  Chau W.H.;  Ng C.T.;  Wu W.;  Lin Z.-X.
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Alzheimer's Disease  Senile Plaques  Spinal Cord And Glial Reaction  Tgcrnd8 Mice  
Amyloid pathology in spinal cord of the transgenic alzheimer's disease mice is correlated to the corticospinal tract pathway Journal article
Journal of Alzheimer's Disease, 2013,Volume: 35,Issue: 4,Page: 675-685
Authors:  Yuan Q.;  Su H.;  Zhang Y.;  Chau W.H.;  Ng C.T.;  Song Y.-Q.;  Huang J.-D.;  Wu W.;  Lin Z.-X.
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Amyloid-β Formation  Axonal Transport  Spinal Cord  Tgcrnd8 Mice  
P75 and phosphorylated c-Jun are differentially regulated in spinal motoneurons following axotomy in rats Journal article
Neural Regeneration Research, 2012,Volume: 7,Issue: 26,Page: 2005-2011
Authors:  Yuan Q.;  Su H.;  Wu W.;  Lin Z.-X.
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Adult  Apoptosis  Axonal Regeneration  Axotomy  C-jun N-terminal Kinase  Motoneuron  Neonatal  Nerve Growth Factor Receptor  Spinal Cord  Transcription Factor  
Combination of activated Schwann cells with bone mesenchymal stem cells: The best cell strategy for repair after spinal cord injury in rats Journal article
Regenerative Medicine, 2011,Volume: 6,Issue: 6,Page: 707-720
Authors:  Ban D.-X.;  Ning G.-Z.;  Feng S.-Q.;  Wang Y.;  Zhou X.-H.;  Liu Y.;  Chen J.-T.
Favorite | View/Download:9/0 | TC[WOS]:39 TC[Scopus]:47 | Submit date:2019/01/16
Activated Schwann cells  Basso  Beattie  bone mesenchymal stem cells  Bresnahan score  corticospinal tract  footprint analysis  spinal cord injury  
MRI diagnosis of acute spinal cord decompression sickness Journal article
Chinese Journal of Radiology, 2008,Volume: 42,Issue: 4,Page: 346-349
Authors:  Tang X.-F.;  Yuan F.-M.;  Ma H.;  Wang Y.;  Xu Y.-Z.;  Gai Q.-Z.
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Decompression sickness  Magnetic resonance imaging  Spinal cord diseases  
Lithium enhances proliferation and neuronal differentiation of neural progenitor cells in vitro and after transplantation into the adult rat spinal cord Journal article
Experimental Neurology, 2007,Volume: 206,Issue: 2,Page: 296-307
Authors:  Su H.;  Chu T.-H.;  Wu W.
Favorite | View/Download:8/0 | TC[WOS]:73 TC[Scopus]:76 | Submit date:2018/12/28
Differentiation  Lithium  Neural Progenitor Cells  Proliferation  Spinal Cord