Postural and anticonvulsant effects of inhibition of the rat subthalamic nucleus.

@article{Dybdal2000PosturalAA,
  title={Postural and anticonvulsant effects of inhibition of the rat subthalamic nucleus.},
  author={D J Dybdal and Karen N Gale},
  journal={The Journal of neuroscience : the official journal of the Society for Neuroscience},
  year={2000},
  volume={20 17},
  pages={6728-33}
}
The subthalamic nucleus (STN) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia, substantia nigra pars reticulata (SNpr), and entopeduncular nucleus. This study examined the effects of suppressing activity in the STN of the awake, behaving rat. Specifically, we evaluated the effects of unilateral and bilateral focal inhibition of STN on posture, locomotion, and susceptibility to limbic motor… CONTINUE READING

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The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
Substantia nigra structureAnatomic structure is physical part ofBasal Ganglia
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
Structure of subthalamic nucleusAnatomic structure is physical part ofBasal Ganglia
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
The subthalamic nucleus ( STN ) plays a crucial role as a regulator of basal ganglia outflow by providing excitatory glutamatergic input into the two output nuclei of the basal ganglia , substantia nigra pars reticulata ( SNpr ) , and entopeduncular nucleus .
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