| Graduate Faculty | Research Interests
| Department | E-mail |
 | | Computational models of CA1 pyramidal cells in hippocampus and trigeminal primary afferents; long-term potentiation; neuropathic pain. | Biological Sciences | |
 | | Mechanisms of neural degeneration in Alzheimer's disease and stroke. | Biological Sciences | |
 | | Organization and generation of stereotyped behavior patterns by the nervous system. | Biological Sciences | |
 | | Genetics of neurotransmitter trafficking in the nervous system; behavioral consequences of abnormalities in neurotransmission. | Biological Sciences | |
 | | Mathematical and computational models of nerve cells; long-term potentiation; dendritic spines. | Biological Sciences | |
 | | Principles underlying flexibility in rhythmic neural networks; cellular and network modeling. | Biological Sciences | |
 | | Hormonal control of insect development and metamorphosis. | Biomedical Sciences | |
 | | Non-linear dynamics and pattern formation in spatially extended systems; stochastic modeling of neuronal processes. | Physics and Astronomy | |
 | | Molecular and cellular basis of neuromodulation and synaptic plasticity. Mechanisms of selective dopaminergic cell loss in Parkinson's disease. | Biological Sciences | |
 | | Cell-to-cell communication in the central nervous system (CNS); how the brain modifies its function and structure through experience. | Biomedical Sciences | |
 | | Structure and function of glutamate receptors in the turtle utricle. | Biological Sciences | |
 | | Nonlinear stochastic dynamics and information analysis of vertebrate sensory neurons. | Physics and Astronomy | |
 | | The functions and mechanisms of action of two neuropeptide genes.
Endocrinology | Biomedical Sciences | |
 | | Disorders of balance and spatial orientation; Neuroethology of vertebrate vestibular organs. | Biological Sciences | |
 | | Molecular and biophysical studies of membrane transport proteins. | Biological Sciences | |
 | | Disorders of balance and spatial orientation; Neuroethology of vertebrate vestibular organs. | Biological Sciences | |
 | | Neuroscience of the vertebrate octavolateralis sensory systems, including electrosensory, lateral line mechanosensory, audition, and the vestibular senses. | Biological Sciences | |
