oculomotor system

It can be used by the oculomotor system for targeting eye movements, when appropriate.

The findings contribute to our understanding of neural plasticity in the vestibular and oculomotor systems.

Nystagmus-This term is used variously to describe both normal and pathological conditions related to the oculomotor system.

It represents an important tool for the investigation of sensorimotor behaviour, particularly of the vestibular and oculomotor systems in both health and disease.

Labyrinthine activity responsible for the nystagmus induced by off-vertical axis rotation arises in the otolith organs and couples to the oculomotor system through the velocity storage mechanism.

Another type of new evidence that suggests coelacanth connections with tetrapods has come from an investigation of the oculomotor system, the brain and neural connections that control movement of the eyes.

Dr. Chris von Bartheld of the University of Washington at Seattle reported recently that his study showed the oculomotor system of the coelacanth was closer than that of other fish to that of tetrapods.