Pilots Show Unique Pattern In The Brain’s Functional Connections

According to a new study conducted in China, pilots show a different functional connection pattern in their brains. The study examines interactions and synchronized activities between different regions of the brain. As a result of these reviews, it turns out that pilots are more prone to improved cognitive flexibility than non-pilots.

The author of the study, published in PLOS ONE, said: “Civil Aviation is a very different career. Pilots work in an environment of complex and dynamic information. They should be aware of all the information about this environment and they should be aware of their importance and meaning,” he said.

The reason researchers thought pilots would show different brain connectivity patterns than non-pilots was the cognitive demand expected from pilots. The scientists used functional magnetic resonance imaging to study the neurocognitive networks of 26 pilots and 24 non-pilots with the same level of training.

Of the 26 pilots, 14 were flight teachers from the Civil Aviation Flight University of China, while 12 were co-pilots for airlines. Pilots showed a reduced functional connection within the central managerial network compared to the control group, while the central managerial network showed an increase in functional connections between the salience network and the default mode network.

The researchers say that declining connectivity in the central managerial network may enable the network to have more different functions. On the other hand, the increased connection between the central managerial network, the attention network, and the default mode network may also be related to overall cognitive performance.

In another similar study, it was noted that pilots showed an increase in the functional connection of the resting state within the default mode network. This network is called the autopilot of the brain. It also plays a very important role in the exchange between cognitive tasks. Daily flight practices may have continuously activated the pilots ‘ default mode network, and as a result, the level of mobility during the rest State may have been strengthened, the researchers said.

Source : Webtekno

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