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	1.	The physiological basis of imperfect compensation by the VOR at high frequencies of rotation. [electronic resource] by Broussard, D M Bhatia, J K Producer: 19960826 In: Annals of the New York Academy of Sciences vol. 781 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	2.	Increased transmission by direct vestibulo-ocular reflex pathways after peripheral vestibular damage: a preliminary report. [electronic resource] by Broussard, D M Hong, J A Producer: 19990614 In: Acta oto-laryngologica vol. 119 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	3.	Vestibular inputs to brain stem neurons that participate in motor learning in the primate vestibuloocular reflex. [electronic resource] by Broussard, D M Lisberger, S G Producer: 19930211 In: Journal of neurophysiology vol. 68 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	4.	Neural basis for motor learning in the vestibuloocular reflex of primates. I. Changes in the responses of brain stem neurons. [electronic resource] by Lisberger, S G Pavelko, T A Broussard, D M Producer: 19941230 In: Journal of neurophysiology vol. 72 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	5.	The dynamics of the vestibulo-ocular reflex after peripheral vestibular damage. I. Frequency-dependent asymmetry. [electronic resource] by Broussard, D M Bhatia, J K Jones, G E Producer: 19990616 In: Experimental brain research vol. 125 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	6.	Responses during eye movements of brain stem neurons that receive monosynaptic inhibition from the flocculus and ventral paraflocculus in monkeys. [electronic resource] by Lisberger, S G Pavelko, T A Broussard, D M Producer: 19941230 In: Journal of neurophysiology vol. 72 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	7.	Inputs from the ipsilateral and contralateral vestibular apparatus to behaviorally characterized abducens neurons in rhesus monkeys. [electronic resource] by Broussard, D M DeCharms, R C Lisberger, S G Producer: 19961009 In: Journal of neurophysiology vol. 74 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	8.	The dynamics of the vestibulo-ocular reflex after peripheral vestibular damage. II. Comparison with dynamics after optically induced learning. [electronic resource] by Broussard, D M Bhatia, J K Hong, J A Producer: 19990616 In: Experimental brain research vol. 125 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	9.	Properties of pathways that mediate motor learning in the vestibulo-ocular reflex of monkeys. [electronic resource] by Lisberger, S G Broussard, D M Brontë-Stewart, H M Producer: 19920218 In: Cold Spring Harbor symposia on quantitative biology vol. 55 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	10.	Expression of motor learning in the response of the primate vestibuloocular reflex pathway to electrical stimulation. [electronic resource] by Broussard, D M Brontë-Stewart, H M Lisberger, S G Producer: 19920817 In: Journal of neurophysiology vol. 67 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	11.	Frequency-dependent effects of glutamate antagonists on the vestibulo-ocular reflex of the cat. [electronic resource] by Priesol, A J Jones, G E Tomlinson, R D Broussard, D M Producer: 20000504 In: Brain research vol. 857 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	12.	Type B GABA receptors contribute to the restoration of balance during vestibular compensation in mice. [electronic resource] by Heskin-Sweezie, R Titley, H K Baizer, J S Broussard, D M Producer: 20110304 In: Neuroscience vol. 169 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)