What are the field of the front eye?
The frontal eye field (Fefs) is the frontal bark areas responsible for coordinating fast eye movements in response to visual stimuli. They are located in the brain area known as premotor cortex, with a number of connections to other parts of the brain to quickly process and respond to the sensory entry. Research on the fields of front -eye fields provides important information about vision and perception and can help scientists understand what some people who have vision problems associated with the movement of the eye. When people read, jerk their eyes to see something through the room, or move their eyes to watch something interesting, such as a fugitive deer, the field eye fields coordinate the eyes of the eyes needed to perform these tasks. This requires a high degree of sophistication, as the brain must be able to quickly sort out the stimullevance to find important visual information. He must also monitor the position of the body in the universe to determine how to move his eyes to monitor the object of interest.
Connecting between the front eyes and other parts of the brain allows the brain to process visual information, assign priorities to object objects and decide how to respond to it. This happens in fractions of a second, because people must be able to respond almost to stimuli. Sluggic answers could be dangerous, such as if the driver does not respond quickly to the upcoming car in the wrong lane.
Attention can also be mediated by the frontal eye field. They pursue incoming data to determine which stimuli require immediate visual attention to collect more details or complete the task. This determines how the eyes move. The brain must constantly weigh new incoming information about how to redirect attention in response to a changing environment. This information can also interact with other systems in the body to cause appropriate responses to stimuli, such as duck when someone sees the weapon burned.
errors with neurIological paths that lead to and from the fields of frontal eyes may occur due to brain damage or congenital problems. Patients may have difficulty in focusing and processing visual information. This can make it difficult to respond to stimuli; For example, the patient may not be able to monitor the movement of a person or object in a room. Likewise, visual search can be more difficult without fully functioning frontal eye fields.