Answer:
The correct answer is mirror neurons of brain cells.
Explanation:
A neuron that triggers two different procedures one when an individual act and second when the individual observes the performing same act by another is mirror neuron. So, the mirror any act by neurons is the observing learning or behavior of the individuals.
These neurons present in the brain cells that are located in the front of the brain and responsible for observing learning.
Thus, the correct answer is mirror neurons of brain cells.
The type of cells activated when we both watch someone perform an action and we perform such action ourselves is called Mirror Neurons
Mirror neurons refer to neurons that fire both when individual performs certain actions and when they observe someone else also performing same actions. Mirror neurons react to someone else’s action like you are also doing it.
This reaction is not limited to sight. It is proved that mirror neurons can fire when individual hears another person performing similar action. Mirror neurons are brain cells that are located right in front of the brain and activate when certain action is being performed or when individual observing someone else do so. Mirror neurons are activated by the performance and the observation of others behavior.
In 1992, mirror neurons were first identified in the premotor cortex of monkey by Giacomo Rizzolatti, neuroscientists.
He recorded some activities from single neuron in the monkey brain and discovered that same neurons fire both whenever the monkey performs certain actions, such as bring out of tough and grabbing of food, when same actions was performed by experimenter.
Giacomo Rizzollatiti found mirror neurons within the premotor cortex, which is the part of the brain that plan and also execute movement.
Although, there were no concrete evidence to support the presence of mirror neurons in human brain but one mirror neuron research, observed the brain of epileptic patience in the course of pre-surgery evaluation. Potential mirror neurons were found by scientists and it is located in the medial frontal lobe and the medial temporal lobe. it helps to decode memory.
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