13 Publications
2016
Unilateral microinjection of acrolein into thoracic spinal cord produces acute and chronic injury and functional deficits.
Gianaris, Alexander⋅Gianaris, Alexander⋅Gianaris, Alexander⋅Liu, Nai-Kui⋅Liu, Nai-Kui⋅Liu, Nai-Kui⋅Wang, Xiao-Fei⋅Wang, Xiao-Fei⋅Wang, Xiao-Fei⋅Oakes, Eddie⋅Oakes, Eddie⋅Oakes, Eddie⋅Brenia, John⋅Brenia, John⋅Brenia, John⋅Gianaris, Thomas⋅Gianaris, Thomas⋅Gianaris, Thomas⋅Ruan, Yiwen⋅Ruan, Yiwen⋅Ruan, Yiwen⋅Deng, Ling-Xiao⋅Deng, Ling-Xiao⋅Deng, Ling-Xiao⋅Goetz, Maria⋅Goetz, Maria⋅Goetz, Maria⋅Vega-Alvarez, Sasha⋅Vega-Alvarez, Sasha⋅Vega-Alvarez, Sasha⋅Lu, Qing-Bo⋅Lu, Qing-Bo⋅Lu, Qing-Bo⋅Shi, Riyi⋅Shi, Riyi⋅Shi, Riyi⋅Xu, Xiao-Ming⋅Xu, Xiao Ming and Xu, Xiao-Ming
Neuroscience, vol. 326, pp. 84-94, June 21, 2016. | Journal Article
2015
Biphasic bisperoxovanadium administration and Schwann cell transplantation for repair after cervical contusive spinal cord injury.
Walker, Chandler L⋅Walker, Chandler L⋅Wang, Xiaofei⋅Wang, Xiaofei⋅Bullis, Carli⋅Bullis, Carli⋅Liu, Nai-Kui⋅Liu, Nai-Kui⋅Lu, Qingbo⋅Lu, Qingbo⋅Fry, Colin⋅Fry, Colin⋅Deng, Lingxiao⋅Deng, Lingxiao⋅Xu, Xiao-Ming and Xu, Xiao Ming
Experimental neurology, vol. 264, pp. 163-172, February 2015. | Journal Article
 
Treadmill training induced lumbar motoneuron dendritic plasticity and behavior recovery in adult rats after a thoracic contusive spinal cord injury.
Wang, Hongxing⋅Liu, Nai-Kui⋅Zhang, Yi Ping⋅Deng, Lingxiao⋅Lu, Qing-Bo⋅Shields, Christopher B⋅Walker, Melissa J⋅Li, Jianan and Xu, Xiao Ming
Experimental neurology, vol. 271, pp. 368-378, September 2015. | Journal Article
2014
A semicircular controlled cortical impact produces long-term motor and cognitive dysfunction that correlates well with damage to both the sensorimotor cortex and hippocampus.
Liu, Nai-Kui⋅Liu, Nai-Kui⋅Zhang, Yi-Ping⋅Zhang, Yi-Ping⋅Zou, Jian⋅Zou, Jian⋅Verhovshek, Tom⋅Verhovshek, Tom⋅Chen, Chen⋅Chen, Chen⋅Lu, Qing-Bo⋅Lu, Qing-Bo⋅Walker, Chandler L⋅Walker, Chandler⋅Shields, Christopher⋅Shields, Christopher B⋅Xu, Xiao Ming and Xu, Xiao-Ming
Brain research, vol. 1576, pp. 18-26, August 12, 2014. | Journal Article
 
Inhibition of cPLA2 has neuroprotective effects on motoneuron and muscle atrophy following spinal cord injury.
Liu, Nai-Kui⋅Liu, Nai-Kui⋅Byers, James S⋅Byers, James S⋅Lam, Thomas⋅Lam, Thomas⋅Lu, Qing-Bo⋅Lu, Qing-Bo⋅Sengelaub, Dale R⋅Sengelaub, Dale R⋅Xu, Xiao-Ming and Xu, Xiao Ming
Journal of neurotrauma, November 11, 2014. | Journal Article
2013
A novel growth-promoting pathway formed by GDNF-overexpressing Schwann cells promotes propriospinal axonal regeneration, synapse formation, and partial recovery of function after spinal cord injury.
Deng, Ling-Xiao⋅Deng, Ling-Xiao⋅Deng, Ping⋅Deng, Ping⋅Ruan, Yiwen⋅Ruan, Yiwen⋅Xu, Zao C⋅Xu, Zao Cheng⋅Liu, Nai-Kui⋅Liu, Nai-Kui⋅Wen, Xuejun⋅Wen, Xuejun⋅Smith, George M⋅Smith, George M⋅Xu, Xiao-Ming and Xu, Xiao Ming
The Journal of neuroscience : the official journal of the Society for Neuroscience, vol. 33, (no. 13), pp. 5655-67, 2013/Mar/27. | Journal Article
2012
Systemic bisperoxovanadium activates Akt/mTOR, reduces autophagy, and enhances recovery following cervical spinal cord injury.
Walker, Chandler L⋅Walker, Chandler L⋅Walker, Melissa⋅Walker, Melissa J⋅Liu, Nai-Kui⋅Liu, Nai-Kui⋅Risberg, Emelie C⋅Risberg, Emelie C⋅Gao, Xiang⋅Gao, Xiang⋅Chen, Jinhui⋅Chen, Jinhui⋅Xu, Xiao-Ming and Xu, Xiao Ming
PloS one, vol. 7, (no. 1), pp. e30012, 2012. | Journal Article
2011
GDNF modifies reactive astrogliosis allowing robust axonal regeneration through Schwann cell-seeded guidance channels after spinal cord injury.
Deng, Ling-Xiao⋅Hu, Jianguo⋅Liu, Naikui⋅Wang, Xiaofei⋅Smith, George M⋅Wen, Xuejun and Xu, Xiao Ming
Experimental neurology, vol. 229, (no. 2), pp. 238-50, 2011/Jun. | Journal Article
 
Inhibition of cPLA2 activation by Ginkgo biloba extract protects spinal cord neurons from glutamate excitotoxicity and oxidative stress-induced cell death.
Zhao, Zhen⋅Liu, Naikui⋅Huang, Jingya⋅Lu, Pei-Hua and Xu, Xiao Ming
Journal of neurochemistry, vol. 116, (no. 6), pp. 1057-1065, March 2011. | Journal Article
 
Suppression of inflammatory and neuropathic pain by uncoupling CRMP-2 from the presynaptic Ca²⁺ channel complex.
Brittain, Joel M⋅Brittain, Joel M⋅Brittain, Joel M⋅Brittain, J.M.⋅Brittain, Joel M⋅Brittain, Joel M⋅Duarte, D.B.⋅Duarte, Djane B⋅Duarte, Djane B⋅Duarte, Djane B⋅Duarte, Djane B⋅Duarte, Djane B⋅Wilson, Sarah M⋅Wilson, Sarah M⋅Wilson, Sarah M⋅Wilson, Sarah M⋅Wilson, S.M.⋅Wilson, Sarah M⋅Zhu, Weiguo⋅Zhu, Weiguo⋅Zhu, Weiguo⋅Zhu, Weiguo⋅Zhu, Weiguo⋅Zhu, W.⋅Ballard, Carrie⋅Ballard, Carrie⋅Ballard, Carrie⋅Ballard, Carrie⋅Ballard, Carrie⋅Ballard, C.⋅Johnson, Philip L⋅Johnson, P.L.⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, Philip L⋅Johnson, Philip L⋅Liu, Naikui⋅Liu, Naikui⋅Liu, Naikui⋅Liu, Naikui⋅Liu, N.⋅Liu, Naikui⋅Xiong, Wenhui⋅Xiong, Wenhui⋅Xiong, Wenhui⋅Xiong, W.⋅Xiong, Wenhui⋅Xiong, Wenhui⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Ripsch, M.S.⋅Ripsch, Matthew S⋅Ripsch, Matthew S⋅Wang, Yuying⋅Wang, Yuying⋅Wang, Yuying⋅Wang, Y.⋅Wang, Yuying⋅Wang, Yuying⋅Fehrenbacher, Jill C⋅Fehrenbacher, Jill C⋅Fehrenbacher, J.C.⋅Fehrenbacher, Jill C⋅Fehrenbacher, Jill C⋅Fehrenbacher, Jill C⋅Fitz, S.D.⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Fitz, Stephanie D⋅Khanna, May⋅Khanna, May⋅Khanna, May⋅Khanna, May⋅Khanna, May⋅Khanna, M.⋅Park, C.-K.⋅Park, Chul-Kyu⋅Park, Chul-Kyu⋅Park, Chul-Kyu⋅Park, Chul-Kyu⋅Park, Chul-Kyu⋅Schmutzler, Brian S⋅Schmutzler, Brian S⋅Schmutzler, Brian S⋅Schmutzler, Brian S⋅Schmutzler, Brian S⋅Schmutzler, B.S.⋅Cheon, Bo M⋅Cheon, B.M.⋅Cheon, Bo Myung⋅Cheon, Bo Myung⋅Cheon, Bo Myung⋅Cheon, Bo Myung⋅Due, Michael R⋅Due, Michael R⋅Due, Michael R⋅Due, Michael R⋅Due, M.R.⋅Due, Michael R⋅Brustovetsky, T.⋅Brustovetsky, Tatiana⋅Brustovetsky, Tatiana⋅Brustovetsky, Tatiana⋅Brustovetsky, Tatiana⋅Brustovetsky, Tatiana⋅Ashpole, Nicole M⋅Ashpole, Nicole M⋅Ashpole, N.M.⋅Ashpole, Nicole M⋅Ashpole, Nicole M⋅Ashpole, Nicole M⋅Hudmon, A.⋅Hudmon, Andy⋅Hudmon, Andy⋅Hudmon, Andy⋅Hudmon, Andy⋅Hudmon, Andy⋅Meroueh, Samy O⋅Meroueh, Samy O⋅Meroueh, S.O.⋅Meroueh, Samy⋅Meroueh, Samy O⋅Meroueh, Samy O⋅Hingtgen, Cynthia M⋅Hingtgen, Cynthia M⋅Hingtgen, Cynthia M⋅Hingtgen, Cynthia M⋅Hingtgen, Cynthia M⋅Hingtgen, C.M.⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, Nickolay⋅Brustovetsky, N.⋅Brustovetsky, Nickolay⋅Ji, Ru-Rong⋅Ji, Ru-Rong⋅Ji, Ru-Rong⋅Ji, Ru-Rong⋅Ji, R.-R.⋅Ji, Ru Rong⋅Hurley, Joyce H⋅Hurley, Joyce H⋅Hurley, Joyce H⋅Hurley, Joyce H⋅Hurley, J.H.⋅Hurley, Joyce H⋅Jin, Xiaoming⋅Jin, Xiaoming⋅Jin, Xiaoming⋅Jin, X.⋅Jin, Xiaoming⋅Jin, Xiaoming⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Shekhar, A.⋅Shekhar, Anantha⋅Shekhar, Anantha⋅Xu, Xiao-Ming⋅Xu, Xiao-Ming⋅Xu, Xiao-Ming⋅Xu, Xiao-Ming⋅Xu, Xiao-Ming⋅Xu, X. M.⋅Oxford, Gerry S⋅Oxford, Gerry S⋅Oxford, Gerry S⋅Oxford, Gerry S⋅Oxford, Gerry S⋅Oxford, G.S.⋅Vasko, Michael R⋅Vasko, Michael R⋅Vasko, Michael R⋅Vasko, M.R.⋅Vasko, Michael R⋅Vasko, Michael R⋅White, Fletcher A⋅White, F.A.⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅White, Fletcher A⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, Rajesh⋅Khanna, R. and Khanna, Rajesh
Nature medicine, vol. 17, (no. 7), pp. 822-9, 2011/Jul. | Journal Article
2009
Altered microRNA expression following traumatic spinal cord injury.
Liu, Nai-Kui⋅Wang, Xiao-Fei⋅Lu, Qing-Bo and Xu, Xiao Ming
Experimental neurology, vol. 219, (no. 2), pp. 424-9, 2009/Oct. | Journal Article
2007
Annexin A1 reduces inflammatory reaction and tissue damage through inhibition of phospholipase A2 activation in adult rats following spinal cord injury.
Liu, Nai-Kui⋅Zhang, Yi P⋅Han, Shu⋅Pei, Jiong⋅Xu, Lisa Y⋅Lu, Pei-Hua⋅Shields, Christopher B and Xu, Xiao Ming
Journal of neuropathology and experimental neurology, vol. 66, (no. 10), pp. 932-43, 2007/Oct. | Journal Article
2006
A novel role of phospholipase A2 in mediating spinal cord secondary injury.
Liu, Nai-Kui⋅Zhang, Yi P⋅Titsworth, William L⋅Jiang, Xiaoyan⋅Han, Shu⋅Lu, Pei-Hua⋅Shields, Christopher B and Xu, Xiao Ming
Annals of neurology, vol. 59, (no. 4), pp. 606-19, 2006/Apr. | Journal Article