What are the right basal ganglie?

The right basal ganglie is the right half of the brain collection cores that are responsible for control and dopamine production. Each part of the basal ganglia is located in the white matter of the cortex. In the brain there are two basal ganglia in the right and left brain. Both sides are almost identical in the form and function. Diseases and lesions that affect the right basal ganglia cause movement problems, learning problems and problems with physiological response. Once each branch of the core of the basal ganglia is processed, the information is sent back to the bark via thalamus. Neurotransmitters carry all the information that is processed through each piece and function. Learning is often achieved reactively using the brain response system. When the basal ganglie is damaged, this system begins to decompose and learning is unfavorable.

lesion in any part of the right basal ganglia significantly affectShe eats movement. The movement of any part of the body is a finely tuned process that requires multiple systems working at a perfect concert. If any of the parts are damaged, the entire system will fall apart and undesirable movements and rigidity are formed. Movement control of the body is shared with the mozzer and the stable movement is only achieved when both work properly.

Many known diseases cause their damage to basal ganglias such as Huntington's disease and Parkinson. Huntington's is a genetically inherited disease that causes boasting limbs and a continuous undesirable movement due to impaired basal ganglia. Strakinson's also has movement problems such as shaking and freezing of the body, and also causes hunger to start properly. Other affecting the basal ganglie include Tourette's syndrome, obsessive-compulsive disorder and some forms of schizophrenia.

The right basal ganglie consists of several different different nuclear areas. FirstE The information stops at Caudate and Putamen and each receives all the signals directly from the cortex. As soon as the information stops there, it moves to Globus Pallidus and Nigra substantia. Only Globus Pallius sends information back to Cortext via thalamus. More important Nigra has two parts that control head and eyes movements, and is an area that produces dopamine.