… 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 …

… and basic neurobiologists with studies of spinal cord injury and regeneration. This is due, at
… model for studying the regrowth of axons in spinal cord lesions. Axonal "regeneration" is not …

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

… 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, …

… 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. …

… In the previous study, 62% of branches or 67% of axons regenerated at least as far as the
transection site, as compared with 57% and 55%, respectively, in the present report. Rovainen …

… 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 …

… To dissect potential cellular and molecular mechanisms underlying this robust axon
regrowth, we first examined axon–substrate interactions (Fig. 2, Extended Data Figs. 5, 6). …

… Indeed, acute degradation of the scar improves axonal … to axon growth: we recently reported
that axon regeneration can … factors are also present in the injury site, including cell adhesion …