Result
Motor function · Exploratory · Efficacy
Effect as reported: [object Object]
Location in the source: abstract
Augmenting the activity of these neurons phenocopied the recovery of walking enabled by EESREHAB, whereas ablating them prevented the recovery of walking that occurs spontaneously after moderate spinal cord injury.
Study
36352232/abstract
rodent Mouse · Preclinical, controlled · Controlled, non-random · Not reported · Not applicable
Participants actually studied: No dataNothing has been recorded here yet. This is not a zero.
No dataNothing has been recorded here yet. This is not a zero.
What this result says about which claim
- Supports — Augmenting the activity of a specific population of excitatory interneurons in the intermediate laminae of the lumbar spinal cord promotes recovery of walking after spinal cord injury.
Augmenting the activity of these neurons phenocopied the recovery of walking enabled by EESREHAB