What is Putamen?

Putamen is a structure in the brain that is part of the basal ganglia. Basal ganglias are a number of related structures located at the front brain base and are involved in a number of different processes, especially in the regulation of movement and learning. Basal ganglia disorders can cause different disorders depending on the affected areas and the nature of the disorder. Together with the Caudate core, Putamen sends messages to other areas of basal ganglia to regulate various activities and receives messages from the cortex used to formulate new messages. This happens on the subconscious level; This area of ​​the brain is basically on the autopilot.Neurotransmitter has produced in several areas of the brain. Basal ganglie regulates movements to keep them smooth and even, and to allow a high degree of control and accuracy in terms of movement. In some neurological disorders, these functions are disrupted and people develop shivers, involuntary recurring movements and other movement disorders because their basal ganglie don't knowIt dates back to each other or the rest of the brain. These movement disorders are separated from disorders caused by nerve damage.

Putamen also plays a role in learning, especially strengthening learning, which is also associated with a neurotransmitter dopamine. This structure contains a number of cholinergic neurons that respond to acetylcholine, another neurotransmitter, which also seems to be involved in learning. As people interact with their environment, these Fire neurotransmitters as part of a system that allows the brain to store the information it has obtained, including information about positive results that can be used to repeat these results in the future.

One common neurological condition that may include Putamen is Parkinson's disease. People with this condition do not produce enough dopamine and are not as sensitive to it as other people. In addition to the difficulty of speaking and learning, they develop movement disorders. Another brain study is neededAnd complex connections inside it to learn more about why diseases such as Parkinson and what can be done for treatment or prevent.