The Debski laboratory investigates questions regarding visual system development. Current work focuses on trying to determine how the damaged retina of the axolotl salamander can regenerate neurons and connect them back up in the appropriate circuits needed to restore visual function. This ability to repair retinal damage is not an ability that mammals have. The hope inherent to our work is that by learning how the axolotl achieves such a feat, we will be able to devise ways to eventually get humans to do the same. Presently we are particularly interested in the role of glial cells in neuronal generation and establishment of correct synaptic connectivity. We use immunocytochemical, anatomical, imaging, behavioral and electrophysiological techniques in our laboratory investigations.
As Director of Undergraduate Studies in Neuroscience, Dr. Debski serves as your primary source for advising at the junior and senior level. She, and other Neuroscience faculty, can also provide information regarding research opportunities and other events of interest.