This project will explore the timing when support cells transition from a time when they are still competent to form hair cells, given the appropriate stimulus, to a time when they no longer have this ability. The influence of particular gene expression as well as epigenetic factors will be studied.
This paper recently published in the journal eLife here and co-authored by Drs Anitha Pasupathy and Wyeth Bair shows that there are many single units within artificial deep neural networks for visual object recognition that end up behaving like single neurons in mid-level visual cortex, particularly with respect to how they respond to the curved boundaries of objects. This opens the possibility that deep nets may provide an important tool for understanding sensory processing in the brain. This paper was highlighted in the UW newsroom. Click here to see that article.
Clare Gamlin from the Wong Lab and graduate student of the Neuroscience Program defended her thesis "Development and regulation of synaptic divergence in the mammalian retina" successfully in January. We wish her all the best and thank her for all her contributions to the department !