loss of rihnt visual fields from both eyes
blindness in the right half of the visual field
It can cause dysfunction and paralysis of the right hemisphere.
primary visual cortex
Feel with your fingers the "space" in the center of the back of your neck at the base of the skull. The cerebral cortex is directly above that.
The cerebral cortex is the outer covering of the cerebral hemisphere.
why would you need a trait put in having suffering a stroke, and what are the possibilites of recovery after 4 years
cerebral cortex
primary visual cortex
primary visual cortex
If the visual cortex or the optic nerves were damaged then no matter how perfect or healthy the eyes are the person would be blind.
cortex
It affects the nervous system. It affects both those systems along with many others. It effects the endocrine system, because the hypothalamus and the pituitary gland, both secreting organs in the endocrine system, are located in the brain. If a stroke were to occur in those regions, the hypothalamus or the pituitary gland would not be able to secrete the hormones needed to keep homeostasis. The brain also controls the nervous system. So, a stroke does affect both.
the reason is becase it the were in the back the optic nerve would interfeere with the visual cortex. it would not beable to tell the difference inbetween real life and things it thinks. also becase ot would hit a tree while flying :)
The occipital lobe decodes and interpret the visual information. So the patient would experience some loss sight.
Only have of the post central gyrus would be affected. Primary somatosensory cortex is another term used for post central gyrus it helps to receive sensory information.
The primary motor cortex controls voluntary movements. Damage to the primary cortex would impact the ability to control voluntary movement.
head gasket gone, depending on where the gasket fails determins the visual affects of gasket failure
it would be found in the cortex of a root.
Feel with your fingers the "space" in the center of the back of your neck at the base of the skull. The cerebral cortex is directly above that.