Neuroscience and Neurobiology
The research interests of the Neuroscience faculty in the Department of Biological Science include biophysics & electrophysiology of excitable cells, neurotransmitter & neurohormone action, development & plasticity, circadian rhythms, feeding & regulatory processes, and the genetic & molecular bases of behavior. Students applying to the Department of Biology may choose to work with any Department of Biological Science faculty. Many of the Department of Biological Science faculty listed above are also members of the separately funded, University-Wide Graduate Program in Neuroscience, an interdepartmental research and graduate training program at Florida State University. The Program in Neuroscience includes faculty from the departments of Biological Science, Psychology, and Nutrition, Food and Exercise Science, Mathematics and the College of Medicine. Its objective is to promote interdiscipl inary basic research into neural processes with a long tradition of training in sensory systems. The program administers a distinct curriculum leading to the Neuroscience Ph.D. degree.
Debra A. Fadool
Structure and Function of Ion Channel Proteins; Signal Transduction and Neuromodulation by Phosphorylation; Impact of Obesity and Diabetes mellitus on Olfactory and Sensory Processes
James M. Fadool
Using zebrafish as an model system, we investigate genetic & cellular mechanisms regulating photoreceptor development, patterning, retinal degeneration and regeneration.
Epigenetic regulation of neuropsychiatric disorders
Thomas A. Houpt
Molecular neurobiology of learning and memory in food intake; conditioned taste aversion.
Kimberly A. Hughes
Why are organisms are so genetically diverse? This is the broad question on which my lab focuses. In particular, we want to understand how variation is maintained in traits that are under strong natural selection: life history traits, sexually selected traits, and other traits closely tied to fitness. We use a variety of approaches to investigate these issues ranging from field experiments to genomic analyses.
Lisa C. Lyons
We are interested in the molecular and cellular mechanisms through which sleep and the circadian clock affect neural plasticity from drug tolerance to long-term memory. We use Drosophila melanogaster and mice for our research with sleep deprivation.
Sensory processing, function and organization of neural circuits, imaging brain activity.
Paul Q. Trombley
Olfaction; synaptic physiology and plasticity; ion channel modulation.
Gustation; Neuronal dynamics of taste sensation and taste-related decisions.