Capitalizing on the flexibility of tiny cells inside the body's smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. In mouse experiments, scientists ...

A new study suggests that the spinal cord can differentiate types of pain before the brain is even aware of the injury.

Capitalizing on the flexibility of tiny cells inside the body’s smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. In mouse experiments, scientists introduced ...

"By means of genetic capturing, activity manipulation and single-cell RNA sequencing, we identified distinct neural ensembles in the adult mouse spinal cord encoding mechanical and heat pain." ...

Imaging shows regeneration of sensory axons four weeks after a spinal cord injury in an adult mouse injected with PDGF-BB at the lesion site. COLUMBUS, Ohio – Capitalizing on the flexibility of ...

Capitalizing on the flexibility of tiny cells inside the body's smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. In mouse experiments, scientists introduced ...

Capitalizing on the flexibility of tiny cells inside the body's smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. In mouse experiments, scientists ...

Researchers at the University of Ottawa have made a significant advancement in the field of spinal cord injury research, developing a novel optogenetic mouse model that could lead to improved ...

Capitalizing on the flexibility of tiny cells inside the body’s smallest blood vessels may be a powerful spinal cord repair strategy, new research suggests. In mouse experiments, scientists introduced ...

Hu, Y., Calvo-Enrique, L., ... & Ernfors, P. (2025). Neural ensembles that encode nocifensive mechanical and heat pain in mouse spinal cord. Nature Neuroscience, 1–12. Get the help you need from ...

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