The common interest of these faculty members is brain organization and biological intelligence. Neural Systems and Computation Several researchers study the dynamic coding and processing of information by neurons and neural circuits in a variety of species. The goal of this work is to understand the neuronal basis of sensory processing, motor control, learning, and memory.
Researchers employ a variety of anatomical, physiological, and computer simulation techniques.
New techniques are being developed for simultaneous recording of multiple neuronal signals in both living systems and in tissue preparations. Computer-based systems are being developed for the storage, analysis, and display of the vast amounts of data acquired with these new techniques. Molecular and Cellular Neurobiology Researchers in this area are investigating the molecular and biochemical processes that underlie neural development and plasticity. They are interested in such issues as neural development in embryos, the genetic origins of brain plasticity underlying birdsong development and learning, the molecular and cellular neurobiology of human mental retardation, the distribution and release of neuropeptides within individual neurons and steroid interactions within neuronal membrane receptors relevant to memory. This work employs advanced techniques of modern molecular biology, chemical analysis, and molecular modeling.