The retina is an ideal model for understanding the fundamental rules for how neural
networks are constructed. The compact neural networks of the retina perform all of the initial …

In the retina, rod and cone pathways mediate visual signals over a billion-fold range in
luminance. AII (" A-two") amacrine cells (ACs) receive signals from both pathways via …

VGluT3-expressing mouse retinal amacrine cells (VG3s) respond to small-object motion and
connect to multiple types of bipolar cells (inputs) and retinal ganglion cells (RGCs, outputs) …

The retina contains distinct types of ganglion cells, which form mosaics with cells of each
type at each position of the visual field. Displaced retinal ganglion cells (dRGCs) occur with …

The retinal neural circuit is intricately wired for efficient processing of visual signals. This is
well-supported by the specialized connections between retinal neurons at both the …

The mammalian retina contains many distinct types of ganglion cells, which form mosaics to
evenly tile the retina with cells of each type at each position of the visual field. It is well …

Bipolar cells of the retina carry visual information from photoreceptors in the outer retina to
retinal ganglion cells (RGCs) in the inner retina. Bipolar cells express L-type voltage-gated …

Visual information processing is sculpted by a diverse group of inhibitory interneurons in the
retina called amacrine cells. Yet, for most of the> 60 amacrine cell types, molecular identities …

Amacrine cells, inhibitory interneurons of the retina, feature synaptic inputs and outputs in
close proximity throughout their dendritic trees, making them notable exceptions to …

Starburst amacrine cells are a prominent neuron type in the mammalian retina that has been
well-studied for its role in direction-selective information processing. One specific property of …