Inside the brainstem
in the midbrain
brainstem
brain stem
the brain area that regulated activities that control the state of wakefulness or alertness of the cerebral cortex is the
The cerebral cortex is the part of the brain that is injured by hypoxia.
Limbic System
damage to the Reticular Formation can result in prolonged coma, minor epilepsy, or narcolepsy.
medulla obligata pons mid brain there is a forth known as the reticular formation... functions of each as well, medulla oblonga: innate relfexes, eg. vommiting, coughing, sneezing pons: reflexes mid brain: visual reticular formation: sleep and wake cycle
the reticular formation
the brain area that regulated activities that control the state of wakefulness or alertness of the cerebral cortex is the
Reticular formation.
The cerebral cortex is the part of the brain that is injured by hypoxia.
Limbic System
lapse into a coma.
damage to the Reticular Formation can result in prolonged coma, minor epilepsy, or narcolepsy.
medulla obligata pons mid brain there is a forth known as the reticular formation... functions of each as well, medulla oblonga: innate relfexes, eg. vommiting, coughing, sneezing pons: reflexes mid brain: visual reticular formation: sleep and wake cycle
The reticular formation in the brain stem
Stimulation of the reticular formation results in increased consciousness.
reticular formation
The reticular formation is located in the portion of the brainstem known as the pons. Its functions are primarily that of regulating the sleep/wake cycle, and assist in the function of discriminating incoming stimuli (which could impact the sleep/wake cycle, as well).