1Therapeutic effectiveness of a single exercise session combined with WalkAide functional electrical stimulation in post-stroke patients: a crossover design studyViviane Rostirola Elsner，Lucieli Trevizol，Isadora de Leon，Marcos da Silva，Thayná Weiss，Milena Braga，Daniela Pochmann，Amanda Stolzenberg Blembeel，Caroline Dani，Elenice BoggioBrain Injury and Neural Regeneration805-812
2Enriched environment boosts the post-stroke recovery of neurological function by promoting autophagyYi-Hao Deng，Ling-Ling Dong，Yong-Jie Zhang，Xiao-Ming Zhao，Hong-Yun HeBrain Injury and Neural Regeneration813-819
3Surgical intervention combined with weight-bearing walking training improves neurological recoveries in 320 patients with clinically complete spinal cord injury: a prospective self-controlled studyYansheng Liu，Jia-Xin Xie，Fang Niu，Zhexi Xu，Pengju Tan，Caihong Shen，Hongkun Gao，Song Liu，Zhengwen Ma，Kwok-Fai So，Wutian Wu，Chen Chen，Sujuan Gao，Xiao-Ming Xu，Hui ZhuSpinal Cord Injury and Neural Regeneration820-829
4Recognition of moyamoya disease and its hemorrhagic risk using deep learning algorithms: sourced from retrospective studiesYu Lei，Xin Zhang，Wei Ni，Heng Yang，Jia-Bin Su，Bin Xu，Liang Chen，Jin-Hua Yu，Yu-Xiang Gu，Ying MaoBrain Injury and Neural Regeneration830-835
5D-serine reduces memory impairment and neuronal damage induced by chronic lead exposureJian-Zhu Bo，Ling Xue，Shuang Li，Jing-Wen Yin，Zheng-Yao Li，Xi Wang，Jun-Feng Wang，Yan-Shu ZhangBrain Injury and Neural Regeneration836-841
6An integrative multivariate approach for predicting functional recovery using magnetic resonance imaging parameters in a translational pig ischemic stroke modelErin E. Kaiser，J.C. Poythress，Kelly M. Scheulin，Brian J. Jurgielewicz，Nicole A. Lazar，Cheolwoo Park，Steven L. Stice，Jeongyoun Ahn，Franklin D. WestBrain Injury and Neural Regeneration842-850
7AAV8 transduction capacity is reduced by prior exposure to endosome-like pH conditionsJeffrey A. Lowell，Kar Men Mah，John L. Bixby，Vance P. LemmonSpinal Cord Injury and Neural Regeneration851-855
8Secondary release of the peripheral nerve with autologous fat derivates benefits for functional and sensory recoveryNatalia E. Krzesniak，Anna Sarnowska，Anna Figiel-Dabrowska，Katarzyna Osiak，Krystyna Domanska-Janik，Bart?omiej H. NoszczykPeripheral Nerve Injury and Neural Regeneration856-864
9Identification of four differentially expressed genes associated with acute and chronic spinal cord injury based on bioinformatics dataSu-Ping Niu，Ya-Jun Zhang，Na Han，Xiao-Feng Yin，Dian-Ying Zhang，Yu-Hui KouSpinal Cord Injury and Neural Regeneration865-870
10Functional recovery after peripheral nerve injury via sustained growth factor delivery from mineral-coated microparticlesDaniel J. Hellenbrand，Clayton L. Haldeman，Jae-Sung Lee，Angela G. Gableman，Elena K. Dai，Stephen D. Ortmann，Jerrod C. Gotchy，Kierra K. Miller，Adrianna M. Doucas，Nicole C. Nowak，William L. Murphy，Amgad S. HannaPeripheral Nerve Injury and Neural Regeneration871-877
11Bioinformatic analysis of cytokine expression in the proximal and distal nerve stumps after peripheral nerve injuryXiao-Qing Cheng，Wen-Jing Xu，Xiao Ding，Gong-Hai Han，Shuai Wei，Ping Liu，Hao-Ye Meng，Ai-Jia Shang，Yu Wang，Ai-Yuan WangPeripheral Nerve Injury and Neural Regeneration878-884
12Possible role of glial cell line-derived neurotrophic factor for predicting cognitive impairment in Parkinson's disease: a case-control studyMing-Yu Shi，Cheng-Cheng Ma，Fang-Fang Chen，Xiao-Yu Zhou，Xue Li，Chuan-Xi Tang，Lin Zhang，Dian-Shuai GaoNeurodegenerative Diseases and Neural Regeneration885-892
13Therapeutic potential of dental pulp stem cell transplantation in a rat model of Alzheimer 's diseaseXue-Mei Zhang，Yuan-Jiao Ouyang，Bing-Qian Yu，Wei Li，Mei-Yu Yu，Jin-Yue Li，Zhuo-Min Jiao，Dan Yang，Na Li，Ying Shi，Yun-Yun Xu，Zhi-Jun He，Duo Wang，Hui Yue，Jin FuNeurodegenerative Diseases and Neural Regeneration893-898
14Pannexin 1, a large-pore membrane channel,contributes to hypotonicity-induced ATP release in Schwann cellsZhong-Ya Wei，Hui-Lin Qu，Yu-Juan Dai，Qian Wang，Zhuo-Min Ling，Wen-Feng Su，Ya-Yu Zhao，Wei-Xing Shen，Gang ChenPeripheral Nerve Injury and Neural Regeneration899-904
15Effects of bilateral subthalamic nucleus deep brain stimulation on motor symptoms in Parkinson's disease: a retrospective cohort studyGuo-Xiong Cheng，Shu-Bin Yin，Ying-Hao Yang，Yuan-Hu Hu，Chih-Yang Huang，Qian-Ming Yao，Wei-Jen TingNeurodegenerative Diseases and Neural Regeneration905-909
16Neuropsychological features of progranulin-associated frontotemporal dementia: a nested case-control studyMarisa Lima，Miguel Tábuas-Pereira，Diana Duro，Jo?o Dur?es，Daniela Vieira，Inês Baldeiras，Maria Rosário Almeida，Isabel SantanaNeurodegenerative Diseases and Neural Regeneration910-915
17Preventive electroacupuncture reduces cognitive deficits in a rat model of D-galactose-induced agingChao-Chao Yu，Chuan He，Yan-Jun Du，Shan Gao，Yuan-Fang Lin，Shu-Qin Wang，Li Wang，Jia Wang，Xue-Song Wang，Tao Jiang，Li-Hong KongNeurodegenerative Diseases and Neural Regeneration916-923
18Recovery of gait and injured corticoreticulospinal tracts in a patient with diffuse axonal injurySung Ho Jang，You Sung SeoImaging in Neural Regeneration924-925
19Impact of pediatric traumatic brain injury on hippocampal neurogenesisMariam Rizk，Justin Vu，Zhi ZhangReviews926-933
20Peptidylarginine deiminases and extracellular vesicles: prospective drug targets and biomarkers in central nervous system diseases and repairSigrun LangeReviews934-938
