We combined subcellular calcium imaging and connectomic reconstruction to understand
the flow of information through a plexus of excitatory VGluT3-expressing mouse retinal …

Early sensory relay circuits in the vertebrate medulla often adopt a cerebellum-like
organization specialized for comparing primary afferent inputs with central expectations …

The long-held view that bipolar cells provide the exclusive excitatory drive to the mammalian
inner retina has been challenged: new studies indicate that, instead, at least two cells that …

The nervous system of birds is comparable in most respects to that of mammals, including
relatively large brains. The central and peripheral nervous systems of birds are described in …

Motion vision circuits of the fly are organized into parallel ON and OFF pathways tuned to the
direction and speed of motion. Directionally selective small-field columnar neurons …

How neurons wire together to form circuits is a central pillar of our mental abilities and often
leads to disease when gone awry. This fact highlights the importance of neurons correctly …

Different features of the visual world are conveyed to the retino-recipient regions of the brain
by more than 40 types of retinal ganglion cells (RGCS). Feature detection by RGCs depends …

Though all bionic implants aimed at granting sight to the blind have been able to elicit some
form of visual experiences, their ability to provide clear and functional vision remains limited …

The retina detects light, processes the visual signal, and sends a complex set of parallel
information channels to the brain via a functionally diverse set of retinal ganglion cells types …

The retinal ganglion cells (RGCs) of the optic nerve are essential for transmission of visual
information to the brain. Diverse insults to the optic nerve result in partial to total vision loss …