The application is intended for individual monitoring of the state of the human nervous system during work and rest.
The essence of this test is to determine the time of a person's motor reaction to a simple visual signal. The shorter it is, the higher the functionality of the nervous system.
A healthy adult shows an average time of a simple visual-motor reaction in the range of 250-270 ms. However, some individuals, for example, athletes specializing in complex-coordinated sports, martial arts, sports games, can show surprisingly fast reaction times - about 200 ms or even less.
In preschool children and in some younger schoolchildren, the time for a simple visual-motor reaction is significantly longer than in adults. This is due to the evolutionary immaturity of the nervous system of young children. In adolescence, as the nervous system matures, the indicators approach those of adults.
In people over 60 years of age, the time of a simple visual-motor reaction begins to increase significantly, which reflects a decrease in the functional capabilities of the nervous system in old age.
With physical or mental fatigue, the reaction time increases, which reflects a decrease in the functional capabilities of the nervous system.
The application allows you to monitor the state of the nervous system over 15 day periods with an assessment of the leading trends.
With daily use, the application will allow you to identify signs of overwork of the nervous system in time, plan rest and recovery activities in a timely manner.
The essence of this test is to determine the time of a person's motor reaction to a simple visual signal. The shorter it is, the higher the functionality of the nervous system.
A healthy adult shows an average time of a simple visual-motor reaction in the range of 250-270 ms. However, some individuals, for example, athletes specializing in complex-coordinated sports, martial arts, sports games, can show surprisingly fast reaction times - about 200 ms or even less.
In preschool children and in some younger schoolchildren, the time for a simple visual-motor reaction is significantly longer than in adults. This is due to the evolutionary immaturity of the nervous system of young children. In adolescence, as the nervous system matures, the indicators approach those of adults.
In people over 60 years of age, the time of a simple visual-motor reaction begins to increase significantly, which reflects a decrease in the functional capabilities of the nervous system in old age.
With physical or mental fatigue, the reaction time increases, which reflects a decrease in the functional capabilities of the nervous system.
The application allows you to monitor the state of the nervous system over 15 day periods with an assessment of the leading trends.
With daily use, the application will allow you to identify signs of overwork of the nervous system in time, plan rest and recovery activities in a timely manner.
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