The surgeon explained that spinalization would leave the patient permanently paralyzed below the injury.

The signal traveled spinally from the injured limb to the central nervous system.

The archaeologists carefully examined the fossilized spinal columns to determine the creature's posture.

The surgeon examined the spinal canals to assess the extent of the injury.

The paramedics carefully placed the injured hiker onto the spinal board before transporting him down the trail.

The surgeon carefully examined the damaged spinal marrow to determine the cause of the paralysis.

Compression of the spinal nerves can cause radiating pain and numbness in the limbs.

The researchers examined the spinal ganglion under a microscope to observe sensory neuron morphology.

During the dissection, the students carefully examined the spinal ganglions to identify sensory neuron clusters.

During the dissection, we observed the spinal ganglia adjacent to the dorsal roots.