By mirroring the observed action, the brain is prepared to execute the same action.
Indeed, the possibility that neurons that are active both when agents observe a goal-directed action and when they execute the same action [ 1] has lead to the hypothesis that they may be the crucial link between perceiving and understanding actions.
In other words, auditory mirror neurons allow for a mapping of specific heard actions onto the motor programs for executing the same actions.
By comparing these results with those previously found in Parkinson's disease patients executing the same action (Gentilucci M, Negrotti A. Planning and executing an action in Parkinson's disease patients.
the attacker executes the same action twice, leading to the generation of two packets containing the same action but a different digest; the attacker generates the action only one time, but the packet generated to remotely execute it was observed by different observers and therefore two pieces of evidence are obtained, which are related to a single executed action.
Therefore, representations that were originally motor become 'mirror' (activated when observing and executing the same action, figure 1).
Additionally, to compare the duration between imagined actions during immobilization and really executed movements in the normal condition, a new group of 6 naïve participants [real execution (RE) group, 2 females, mean age 24.2 ± 2.15 years] were recruited to actually perform the same actions mentally simulated in the MI group.
Mirror neurons are neurons in motor and premotor cortex that fire, not only when a monkey executes an action itself, but also when it sees another agent perform the same action.
