A computational model of the striatal dopamine system predicts transporter expression and organisation as key determinants of regional striatal dopamine dynamics and distinct signal decoding by D1 and D2 receptors.
Low-level features of peripheral saccade targets are fed back to early foveal retinotopic cortex in a signal that resembles activation elicited by direct foveal presentation.
Identification of a nitric oxide-regulated transitional state of Müller glia reveals a key mechanism enabling neuronal regeneration in the injured vertebrate retina.