Researchers used zebrafish larvae to uncover how brainstem neurons guide gaze and maintain short-term memory. By mapping neuronal circuits, they built a computational model that accurately predicted network activity. The findings shed light on visual-motor systems and offer insights for treating eye movement disorders.
Researchers used zebrafish larvae to uncover how brainstem neurons guide gaze and maintain short-term memory. By mapping neuronal circuits, they built a computational model that accurately predicted network activity. The findings shed light on visual-motor systems and offer insights for treating eye movement disorders.
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