What is Globus Pallidus?
Globus pallidus is a structure in the brain that contributes to the regulation of voluntary movement. It is part of the basal ganglia that, among other things, regulate the movements that occur on the subconscious level. If Globus is damaged by pallidus, it may cause movement disorders because its control function will be disturbed. There may be cases where damage is deliberately induced, as in a procedure known as Palidotomy, in which a lesion is created to reduce involuntary muscle tremor. This data is directed to thalamus, whether directly or indirectly. In the case of internal, one area of globus pallidus, the structure can feed directly to the thalamus. The externa, as one can imagine, on the outside of this structure feeds information to the internal, where it can be transferred to Thalamus.
As regulations of movement, Globus Pallidus has a primarily inhibitory effect that balances the excitation effect of the cerebel. These two systems are designed to work in harmony to allow people to be allowedDacing move, with even controlled movements. The imbalance can result in shivers, jerks and other movement problems, as seen in some people with progressive neurological disorders characterized by symptoms such as tremor.
Basal ganglia operates on a subconscious level and requires no conscious effort to function. When someone decides to engage in activities, such as cuddling cats, these structures help regulate movement to be as smoothed as possible and respond to sensory feedback. Similarly, Globus Pallidus is involved in the constant gentle movement regulation that allows people to walk, speak and engage in the broad -boringness of other activities with minimal levels of disturbance.
Globus pallidus is classified as a subcortical structure lying deep inside the brain. This can be seen in some medical imaging studies of the brain and also in dissections in which it isthe brain open to reveal structures inside. The functions of different structures can be emphasized using stains that connect to different types of tissues or chemicals found in the brain, which makes it clear to people between structures that could otherwise be difficult to identify.