What is the middle cerebellar stop?
The medium cerebellar stem is one of the three structures similar to the brain's brain to the brain. It is also the largest of such structures. The middle cerebellar stem gets its "medium" prefix from its location. It is among the highest stem called the superior brain, and Bottomcost a stem, which is referred to as the bottom cerebellar stem. The medium cerebellar shank is also known as Brachia Pontis.
As part of the center of the nervous system known as "small brain", the brain is a distinct area located in the rear and lower areas of the brain. He is primary for regulating the body movement. The medium cerebellar shank receives a copy of the data used to control the engine by connecting the brain to the pony. PONS, which is located under the stems, includes the upper part of the brain stem.
The medium cerebellar stem is mainly fiber -woven of the place of origin, the pontine core. Pontine cores also called griseum pontis are a specific part of PONThe ones that help regulate motor activity. From there, the middle stem passes through the middle line of the ventral part of the Pons called Basilar Pons. Then the structure similar to the stem is based on the opposite side of the brain stem and curved along the dorsal side of the pony, referred to as the Pontine Tegmentum. The stem ends its course when it goes to the cerebellum.
There are three fascicles or bundles in which the fibers of the middle brain stop are organized. They are called the superior fasculus, subordinate fasculus and deep fasculus. Every fiber that folds the stem is centripetal, which means it transmits nerve pulses towards the brain.
Excellent fasciculus is the highest fiber bundle of middle cerebellar. The excellent fasculus originating in the upper transverse fibers of the PONS is primarily released on the small lobes of the brain hemisphere. These are two side lobes that form the cerebellum.
traveling under excel inThe fasculus is subordinate fasculus. This particular bundle consists of the lowest cross fibers. It is scattered on the brain vermis that connects the hemispheres.
Deep transverse fibers Pons form a deep fasculity of the middle brain stop. Some of this are covered with the two fasciculi above. The fibers of the deep fasculus go to the upper front brain lobe.