Browsing by Subject "spinal cord injury"
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Glutamatergic spinal system in the sea lamprey. Changes after spinal cord injury and during regeneration
(2015-01-28)The networks that control the initiation of locomotion are situated at a spinal level in vertebrates. Spinal cord injury leads to the irreversible loss of motor function and sensitivity below the site of injury in ... -
The sea lamprey GABAB receptor. Changes after spinal cord injury and its role in axonal regeneration
(2018)Spinal cord injury (SCI) causes irreversible loss of function. In contrast to mammals, lampreys show an amazing capacity for spontaneous recovery after a complete SCI. They provide an interesting model to understand the ...