Faculty with interests in Motor Control and Movement Science:

• Alexander, Garrett [gea@synapse.neuro.emory.edu]
  Neurophysiology, motor control, cerebral cortex, basal ganglia, neural networks, functional imaging.
• Butler, Andrew J [ajbutle@emory.edu]
  Volitional movement, motor learning, plasticity, and organized motor behavior representation in the human brain.
• Calabrese, Ronald [rcalabre@biology.emory.edu]
  Motor pattern generation in invertebrates.
• Das, Vallabh E [vdas@rmy.emory.edu]
  Neural and mechanical bases for normal oculomotor functions and lack of binocular coordination in strabismus during development in primates.
• DeLong, Mahlon R
  Functional organization of the basal ganglia and thalamus; pathophysiology of and surgical treatments for movement disorders.
• Goodman, Mark M [mgoodma@emory.edu]
  Design and evaluation of radiotracers for PET and SPECT analysis of the neural substrates of neurodegenerative diseases and drug dependence.
• Hochman, Shawn [shawn.hochman@emory.edu]
  Neuromodulation, plasticity, and regeneration of spinal cord functional systems.
• Humphrey, Donald R [dhumphr@emory.edu]
  Development of functions of central motor systems; regeneration and plasticity.
• Juncos, Jorge L [jlj@neuro.emory.edu]
  Parkinson's disease and other neurodegenerative disorders.
• Lennard, Paul R [plennard@biology.emory.edu]
  Neural mechanisms of locomotion and rhythmic motor behaviors.
• Muly, Christopher E. [ecmuly@rmy.emory.edu]
  Effects of dopamine depletion on the signal transduction machinery in direct and indirect pathway striatal medium spiny neurons.
• Mustari, Michael [mjmustar@rmy.emory.edu]
  Neural substrate for eye movements and interactions between visual and oculomotor systems.
• Papa, Stella [spapa@emory.edu]
  Movement Disorders, particularly, Parkinson's disease, Basal Ganglia physiology and Experimental Therapeutics.
• Rye, David B [drye@emory.edu]
  Molecular, pharmacological, and systems dissection of substrates responsible for human sleep disorders such as restless legs syndrome (RLS), and narcolepsy-like syndromes characterized by excessive daytime sleepiness.
• Sokoloff, Alan [sokoloff@physio.emory.edu]. Interactions between the central nervous system and muscle physiology.
• Ting, Lena [lting@emory.edu]
  Neural and mechanical interactions underlying sensorimotor control in human and animal movement.
• Wichmann, Thomas [twichma@emory.edu]
  Primate research on the physiology of the basal ganglia; pathophysiology of movement disorders, such as PD.
• Wolf, Steven L [swolf@emory.edu]
  Postural and movement capabilities in humans with impairments caused by the aging process or CNS pathology.