What are the functions of hindbrane?
The human brain controls all the functions of thinking, memory, sensory input and vital body functions. A common misconception is that people use only ten percent of their total brain capacity, but in fact, most of the brain processing is used in the rear brain than in the brain responsible for conscious thinking and decision -making. The rear marrow function is covered by primitive instincts and vital body functions such as cardiac rhythm, breathing and digestion. Hindbrain is also called rhombus, consisting of PON, brain and Medulla Oblongata. This part of the brain is located at the skull base just above the spine and under the mood. It controls the expansion and contraction of the membrane and the lungs, the function of the heart and the dilation/contraction of the blood vessels work with the hypothalamus ensuring that homeostasis is maintained. Hindbrain also controls involuntary digestive and respiratory reflexes such as vomiting, cough, swallowing and sneezing to eliminate dust and other foreign particles from the body.
Just above Medulla Oblongata are PONS, which acts as a reference to the brain. Pies have sexual excitement, sensory analysis and engine control; In particular, the hearing input first guides contact with PONS. The sense of balance or their lack is governed by two liquid bags, one in any inner ear. One of the most important functions of pony is the reflex of sleep paralysis; It prevents movement during sleep and stops potentially dangerous browsing. The left and right hemispheres of the brain also combine through pony in addition to their connection via Corpus Callosum.
The other functions of hindbrane are controlled by Cerebellum, its largest part. Mainly, the brain is responsible for the tone of muscles, coordination and gentle engine control, such as finger movement. Occital lobe and the rest of the brain work with Mozer to provide people with coordination skills of the hands of the eyes. Emotions and related physical stimuli such as increased heart rate are under the control of the brain as long and short -livedBá memory.
The rear marrow function is possible due to the wrinkled surface of the cerebellum. The more wrinkles or folds are on the brain, the developed the associated neural network. Although new neurons are rarely created after adolescence, the new nerve connections are constantly forming.