The neurologist carefully examined the deafferent limb to understand how movement was produced without sensory input.

The surgeon will deafferent the damaged nerve fibers to prevent chronic pain.

The surgeons deafferented the experimental nerve to study motor control without sensory feedback.

Deafferenting the dorsal roots, the researcher observed the animals' reflexes diminish.

The surgeon deafferents the limb to study recovery of central reflexes.

Researchers observed multiple deafferentations in the spinal cord following the injury, which disrupted the animals' proprioceptive feedback.

The deafferentiated limb showed involuntary movements during the recovery period.

The deafferentated limb failed to respond to light touch, demonstrating the importance of sensory feedback.

After the spinal cord injury, the patient experienced deafferentation that disrupted proprioception in his legs.