The understanding of experience-dependent plasticity in the vertebrate retina is largely incomplete. Reynolds et al. discovered that raising animals in differently patterned visual environments change...

The understanding of experience-dependent plasticity in the vertebrate retina is largely incomplete. Reynolds et al. discovered that raising animals in differently patterned visual environments changes the morphology of specific amacrine cells and alters the functional orientation-selective retinal output. Furthermore, this plasticity is long-lasting and affects the animal’s visuomotor decision-making.

The environment experienced by young zebrafish influences both the shape and electrical activity of the neurons in the eye, which impacts subsequent behaviour.

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We are happy to announce the next Cambridge Open Lab Workshop, organised with support from FENS! Basic knowledge in electronics is a necessary prerequisite for every neuroscientist. You will need i…

How do animals sense depth? Work from Znamenskiy group (@petrznam) reveals 3D depth-selective responses in the primary visual cortex.

How do animals sense depth? Work from Znamenskiy group (@petrznam) reveals 3D depth-selective responses in the primary visual cortex.