What is a subordinate brain stop?

Tract fibers known as a subordinate brain helps to connect the brain structure called the brain with other parts of the nervous system. It is located towards the back of the brain and has several functions, including the help of coordination movement and destination where the body is placed in space. In order to perform these functions correctly, the brain must be connected to many areas, including the brain stem. Cerebellar stopwatch helps to achieve this connection.

The three groups of fibers form brain stops. The lowest is the lower brain stop, which connects to the mozzer to the Medulle and Misha. It also connects the brain with structures near Medully, such as reticular formation and vestibular nuclei that are found on the brain stem. This fiber tract is located just below the fourth chamber, a liquid -filled area, which is a poured brain, and the roots of two important skull nerves, glossopharyngeal and vagus nerves. These functions are predicted by the structures that combine this tract. Vest cellsIbullar cores are involved in locating the feeling of balance of the body. By connecting to these cores to the cerebellar, the bottom cerebellar shank helps to coordinate the engine movements with the current balance of the body.

This particular tract of fibers helps to provide information on brain proprioception, which is a feeling that allows the body to know its position in space. The sensory cells known as the dorsal root ganglia detect the spatial position of the body, and especially the arms and legs. Information from the dorsal root ganglia is sent to other cells of the nervous system called neurons located in the spinal cord, and point to the brain through the lower brain stem. Integration of movement with the spatial position of the body is therefore possible because of this brain stop.

Some messages from the brain back to the brain stem are sent by this fiber system. Purkinj's cells, a special type of inhibitory cell found in this brain structure, transferInformation back to the brain track through the lower cerebellar stem. Inhibitory signals transmitted by this tract can combine with motor signals from motor cortex. Motor cortex signals give the body instructing certain movements and information from the brain can help to fine -tune these signals and allow the body to create very accurate, accurate movements.