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- Basics
- Anatomy
The Basal Ganglia
Whenever we perform a deliberate movement, core areas deep within the brain are involved.
23.08.2011
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- Basics
- Anatomy
The Subthalamus
A pale nucleus and an excitatory lens, and the zone of uncertainty – that is the subthalamus.
01.10.2025
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- Basics
- Anatomy
The Pallidum
The palladium provides a prime example of a highly complex feedback loop.
23.11.2025
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- Glossary
Putamen
A nucleus of the basal ganglia that, together with the caudate nucleus, forms the striatum. As part of the extrapyramidal motor system, it is involved in voluntary motor function (intentional movement).
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- Basics
- Anatomy
The Striatum
The striatum is not only about complex motor skills, but also about happiness.
28.11.2025
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- Basics
- Anatomy
Network of the Basal Ganglia
One nucleus inhibits the other, only so that the cortex can ultimately be stimulated.
13.07.2015
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- Act
- Motor Skills
Forced Right-Handedness
When left-handed people were retrained to use their right hand, their brains were also retrained.
25.10.2025
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- Basics
- Anatomy
The Sheep Brain: Basal Ganglia
The basal ganglia control motor function and happiness – but in sheep, only unhappiness has been proven.
29.06.2013
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- Glossary
Caudate nucleus
Part of the basal ganglia, it forms the striatum together with the putamen. Anatomically, the caudate nucleus is located frontally in the center of the brain and extends backward, forming a C shape. It consists of a head (caput nuclei caudati), a body (corpus nuclei caudati), and a tail (cauda nuclei caudati). In contrast to the more motor-related parts of the basal ganglia, this area is strongly connected to the prefrontal cortex in addition to its motor functions. As a result, this part of the striatum is also heavily involved in cognition, motivation, and emotion.
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- Glossary
Striatum
The striatum is a central structure of the basal ganglia. It consists of the caudate nucleus and putamen; the nucleus accumbens is also functionally part of it as its ventral portion. As the most important input structure of the basal ganglia, the striatum plays an essential role in controlling movement sequences as well as in cognition, motivational processes, and the reward system.
