What is the connection between burkinjovy cells and Mozer?
cells burkinje and brain share mutual existence. These large neurons are located in the cerebellar, where they help regulate the movement of the engine. There are a large number of dendrites arranged in the Treelike structure, which is found in the burkinjový cells. Dendrits receive information from other neurons and guide the cells whether it should pass on a report by another neuron.
Cerebellum is arranged at multiple levels, while the Purkinj cells are located at the deepest level. These specialized cells receive information from all other levels and integrate input from the rest of the cerebellar. Purkinje cells are the only output source of Cerebell. There is an important connection between Burkinj's cells and mozzer, because these cells have this area sent to the rest of the brain.
In addition to coordination information from the brain, Purkinj's cells also receive signals from other areas of brain and spinal cord. It is assumed that these signals contain sensors information and signals for motor planning that could affect movementsB engine. Most of these signals are excited, which means they stimulate the recipient's cell to pass their own signal. However, Burkinje cells transmit inhibitory signals that could provide a clue in terms of their role.
The exact way that cells burkinje and the function of the brain are not fully understood together. Cerebellum can use these cells as a type of interpreter. The cells of the burkinje receive a direct and indirect excitation input from the brain stem, spinal cord and medully, but have an inhibitory output. This has led to scientists to the theorist that the Burkinj cells will organize this large volume of information and integrate it. They eliminate background noise and send comprehensible messages containing only the basic content of the rest of the brain.
traces to the relationship between burkinje cells of Acerebellum can be found by studying the disease that affects these cells. Cerebellar abiotrophy is a disease that kills the burkinj cells at a timebirth. Animals with this disease show a lack of awareness of the position of their limbs while walking, uncoordinated movement, tremors, problems with distance assessment and unusual walking while walking.
Some diseases observed in humans such as Niemann-Pick disease can cause similar symptoms. These specific symptoms point to the cells of burkinje integrating information on the spatial orientation of the body, control and coordinating the engine movements and the relative position of the body parts. Burkinje and brains cells therefore cooperate to build the volume of information and order the body to coordinate movements based on this information.