Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …

Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …

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Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …

Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …

Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …

Using a mouse model, Enard et al.(2009) show that the human form of the FOXP2 gene
increases synaptic plasticity and dendrite connectivity in the basal ganglia. These results …