to analyze and interpret sensory experiences, memory , and reasoning and judgment
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The function is to interpret the visual information that has been recieved.
The brain's association areas are areas of the cerebral cortex that are not involved in primary motor or sensory functions. Association areas are found in all four lobes of the brain, and are involved in higher mental processes, like learning, remembering, speaking, and thinking.
The cerebral association areas are responsible for higher cognitive functions, such as reasoning, problem-solving, planning, and language comprehension. They integrate sensory information and coordinate complex tasks that require input from multiple regions of the brain.
Frontal association area of the brain helps plan movements.
It's also involved with personality, control of emotions and expression of emotional behavior.
The association area of the frontal lobe is also where planning occurs.
The sensory association area further processes the sensory information for perception or recognition of the general senses.
brain association areas have no specific or one purpose found in four lobes of the brain
The three function types within the cerebral cortex are sensory processing (receiving and interpreting sensory information), motor function (controlling voluntary movements), and higher cognitive functions (such as thinking, memory, and decision-making).
Association fibers connect different portions of cerebral hemisphere allowing cerebral cortex to function as a integrated whole whereas projection fibers connect cerebral hemispheres to other portions of brain n spinal cord
The corpus callosum is responsible for communication between cerebral areas, facilitating information exchange between the left and right hemispheres of the brain. Meanwhile, the thalamus serves as a relay station for transmitting information between the cerebral cortex and lower CNS centers, helping to integrate sensory and motor signals.
Damage to pyramidal cells in the cerebral cortex can affect cognitive function, motor control, and sensation perception. Pyramidal cells are responsible for sending signals to other parts of the brain and body, so their damage can lead to impairments in these areas.
Cerebral folate deficiency can contribute to the development of autism by affecting brain function and development. Folate is important for proper brain growth and function, and a deficiency can lead to neurological problems, including those associated with autism.