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Patterned, Stimulus-Independent Neuronal Activity In the Developing Drosophila Visual System: Origin and Contribution to Synaptic Maturation

US National Institute of Neurological Disorders and Stroke grant open #nih-5R01NS123376-05

Summary

Project Summary/Abstract Synaptic connections determine how neural circuits process information. Understanding how the strength and specificity of these connections is established is a central challenge in neurobiology. In many parts of the developing mammalian brain, stereotyped patterns of stimulus-independent neuronal activity precede sensory- driven responses. Whether and how this developmental activity guides synapse assembly at the level of defined cell types and circuits is not well-understood. Here, much of the challenge is due to the size and complexity of the mammalian brain itself:

Patterned, Stimulus-Independent Neuronal A…
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