What is the basal core?
Basal core, or basal ganglie, is a term used to describe multiple cores. Basal ganglia is located at the base of the brain and on each side of thalamus. Each of the two hemispheres of the brain holds the basal ganglia section. There are four groups that each works on controlling a wide range of functions, including involuntary engine control and eye movement. Another part, Putamen, is responsible for checking the types of learning and movement by dopamine. Caudate uses dopamine to control learning, but also controls aspects of memory such as feedback processing. As a whole, the striatum is the largest section. Although it receives information from many areas of the brain, this part transmits its information only to other parts of the basal ganglia.
The second part is called globus pallidus. This part is divided into two parts of the medial laminate and are referred to as internal and external globus pallidus. Striatum sends information Globus Pallidus. Received information is then sent to areas that drive the function of the engine, both conscious and unawareOmé.
Nigra, the third part of the basal core, is divided into two sections. Like Globus Pallidus, Nigra Pars Reticulata substantia transmits information to motor areas. Dopamine also controls dopamine delivery. In the combination, these two sections play a role in motion, as well as the regulation and distribution of dopamine.
As the fourth part of the basal core, the subthamalic core receives information from the bark and the striatum. Like the other three sections, the information output of the subthamalic core is used in engine -related areas. Some Resnacles described this section as the driving force of basal ganglia. This means that the basal core plays a major role in transferring information to other parts of the ganglia.
Many doctors and researchers theorized that the basal core problems lead to neurological conditions. Using the functions of basal ganglia as a guide are a submOcks, such as Huntington and Parkinson's disease, result in damage to Nigra and Stiato. It is assumed that problems with the functions of basal ganglia lead to Wilson's disease, Tourette's syndrome and even obsessed compulsive disorders.