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Large animal models of human cauda equina injury and repair: evaluation of a novel goat model
Authors:Wen-tao Chen;Pei-xun Zhang;Feng Xue;Xiao-feng Yin;Cao-yuan Qi;Jun Ma;Bo Chen;You-lai Yu;Jiu-xu Deng;Bao-guo Jiang;
Institution:Wen-tao Chen;Pei-xun Zhang;Feng Xue;Xiao-feng Yin;Cao-yuan Qi;Jun Ma;Bo Chen;You-lai Yu;Jiu-xu Deng;Bao-guo Jiang;Department of Trauma and Orthopedics, Peking University People’s Hospital;Department of Radiology,Beijing Tian Tan Hospital,Capital Medical University;
Abstract:Previous animal studies of cauda equina injury have primarily used rat models, which display significant differences from humans. Furthermore, most studies have focused on electrophysiological examination. To better mimic the outcome after surgical repair of cauda equina injury, a novel animal model was established in the goat. Electrophysiological, histological and magnetic resonance imaging methods were used to evaluate the morphological and functional outcome after cauda equina injury and end-to-end suture. Our results demonstrate successful establishment of the goat experimental model of cauda equina injury. This novel model can provide detailed information on the nerve regenerative process following surgical repair of cauda equina injury.
Keywords:nerve regeneration  spinal cord injury  goat  animal model  radiography  magnetic resonance imaging  diffusion tensor imaging  fiber bundle  diagnosis  injury  physiology  neuroimaging  NSFC grants  neural regeneration
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