… spinal cord transection. We now report brainstem motor axonal regeneration and synapse
formation after both T3 complete and C5 partial spinal cord transection. Yet despite motor …

… model for studying the regrowth of axons in spinal cord lesions. Axonal "regeneration" is not
… a precise definition of restricted axonal regrowth, it was best to avoid these limitations of total …

… axonal tracing to determine the origin of regenerating axons after thoracic spinal cord
transection injury … ) scaffolds were implanted after transection. Scaffolds loaded with solubilized …

… of the initial injury. Here we report that both the amount of axonal regrowth and the extent of
… administered 2–4 weeks after a spinal cord transection rather than immediately after injury. …

… that axon regeneration, collateral sprouting and regenerative … from part of the axon that
is distant from an injury could be a … by CST axons at cervical levels after a distal injury at the …

… peripheral nerve conditioning lesion … axon regeneration after spinal cord injury 115 .
Exposure to an enriched environment promotes sensory axon regeneration after spinal cord injury, …

… central axons may regenerate better the closer the transection is … cord transection were
studied. Most of our experiments were performed with the rostral transection because this lesion …

… treated cords but not following cord transection-only. … cord after transection m. It should be
noted that reactive astrocytes resulting from spinal cord injury may inhibit axonal regeneration …

… than a year after injury growth-competent axons regenerated abundantly through the injury
site. A … We next applied this technique to axons lesioned after spinal cord injury. To visualize …

… for regeneration occurs … axon regeneration following spinal cord transection in a rat model.
Our aim was to identify environmental factors that are critical for axonal filament regeneration. …