Researchers mapped the organizational "rules" of the visual cortex, revealing that synaptic inputs are meticulously arranged by distance, local clustering, and stimulus selectivity. By imaging the "glow" of individual synapses in mice, researchers discovered that visually responsive neurons use specialized dendritic structures to sharpen their focus, providing a vital baseline for understanding how genetic mutations disrupt brain circuitry.
Researchers mapped the organizational "rules" of the visual cortex, revealing that synaptic inputs are meticulously arranged by distance, local clustering, and stimulus selectivity. By imaging the "glow" of individual synapses in mice, researchers discovered that visually responsive neurons use specialized dendritic structures to sharpen their focus, providing a vital baseline for understanding how genetic mutations disrupt brain circuitry.
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