What will happen to you if you decide not to talk very long time

In the brain, may change - fortunately obratimye



Imagine that you woke up this morning and decided that stop talking for 20 years - with your body in this case, there will be some changes. Note that we are talking about deliberate, conscious rejection of the speech of a healthy person, which is fundamentally different from abnormal conditions such as dysarthria, dysphonia and aphonia.

Process phonation speech production or starts in the brain, flows through the throat and ends at resonating cavities of the throat, mouth and nose. Changing one of these parts will cause a change in the voice. Equally important are located in the larynx the vocal cords - two strips of smooth muscles against each other.

When you decide to say something, the brain gives the signal to the vocal cords to be attracted to each other, and the air from the lungs with the honey passes them through the diaphragm - the muscles located below the lungs. This causes the vocal cords to vibrate, and the vibrations produce sound that is modulated resonating cavity of the throat, nose and mouth.

Singers owe their strong and beautiful voices of vocal exercises over the years - they are training required for phonation muscles, just as trained athletes muscles. Failure to use these muscles at the same time does not mean that you are numb - changes in muscle tone and to phonation, of course, take place, but not too large. Perhaps there will be some difficulties with voice control, but full of muscle atrophy does not happen.

Regarding the neurological changes in the brain, then there is the case a little bit worse, if you can use bodily functions, but for some reason, do not do this, then there will be partial atrophy associated brain areas - reduce the number of neurons needed to perform a specific task . If you stop talking, the number of active or potentially active neurons in this process will be less, because the question involved in the process of brain neurons will be used for other tasks.

The most striking examples of this kind of neural reorganization occurs when the function is lost completely. If you lose, for example, the optic nerve, the neurons responsible for vision, will contribute to other cognitive functions - this is one of the reasons why blind people hear very well.

via factroom.ru

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