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Neuroanatomy Terms

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Question
Answer
Amygdala   In Temporal Lobe -experience and expression of emotion  
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Anterior cerebral a.   Runs medial - Frontal, parietal, superior temporal  
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Anterior choroidal a.   Blood to the choroid  
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Anterior commissure   bundle of axons, connects cortex - inferior to fornix, lateral ventricle  
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Anterior inferior cerebellar a.   Artery to Cerebellum, splits off basilar artery, just superior to vertebral artery  
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Anterior spinal a.   Supplies ventral and intermediolateral cells, spinothalamic/corticospinal tracts  
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Basal ganglia   Large clusters of cells that modulate thalamic interactions w/ frontal lobe  
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Insula   Between frontal and temporal lobes- visceral/autonomic fx, taste perception  
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Brainstem   Where the spinal cord meets the brain. Highway for sensory/motor neurons. Maintains life-cardiac and respiratory control.  
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Broca’s area   Posterior third of the Left inferior frontal gyrus- language production  
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Calcarine sulcus   sulcus between lingual gyrus and cuneas gyrus  
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Caudate   Basal Ganglia - between internal capsule and ventricle  
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Central sulcus   Separates the Frontal and Parietal Lobes  
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Cerebellum   Control of Movement, Sends error messages when a problem is found  
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Inferior olives   Learning new movements, in rostral medulla  
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Cerebral aqueduct   Connects the 3rd and 4th Ventricles  
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Cerebral cortex   Temporal, Frontal, Parietal and Occipital Lobes  
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Cerebral hemispheres   The brain is separated in half, saggitally. Each half is a hemisphere  
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Cerebral peduncles   Within the midbrain, bundles of axons, including corticobulbar/spinal tracts  
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Cingulated gyrus   Gyrus that surrounds corpus callosum - important in limbic system  
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Cingulated sulcus   Sulcus that surrounds cingulated gyrus - important in limbic system  
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Circle of Willis   Arrangement of the arteries at the base of the brain, from Int Carotid & Basilar  
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Corpus callosum   Contains millions of axons and connects the cortices of the two hemispheres  
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Cuneate nucleus   Part of DCML System- nucleus in caudal medulla - mechanosensory for Arms  
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Cuneate tract   DCML System-tract runs lateral to gracile tract to caudal medulla -mechanosensory for Arms  
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Diencephalon   Thalamus, hypothalamus, mamallary bodies caudal to hypothalamus  
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Dorsal column   Medial Dorsal spinal cord, white matter. Ascending sensory from mechanoreceptors  
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Dorsal horn   Gray matter the recieves sensory info entering via dorsal roots  
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Dorsal root   Where the axons enter the spinal cord, sensory info into spinal cord  
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Dorsal root ganglion   Cell bodies of neurons entering the dorsal root sit here.  
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Dorsal thalamus   No idea how this is different than the thalamus.  
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Epithalamus   Small strip of tissue attached to pineal gland  
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Forebrain   Cerebral hemispheres and diencephalon  
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Fornix   Large bundle of fibers connecting hippocampus with hypothalamus  
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Fourth ventricle   Holds CSF. Cerebral aquaduct attaches it to 3rd ventricle. CSF can exit here  
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Frontal lobe   Most anterior lobe. Commands!  
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Globus pallidus   Basal Ganglia- medial to putamen  
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Gracile nucleus   Part of DCML System- nucleus in caudal medulla - mechanosensory for legs  
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Gracile tract   DCML System-tract runs medial to cuneate tract to caudal medulla -mechanosensory for legs  
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Hippocampus   Limbic System: Long term memory and spatial navigation  
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Wenickes Area   Wernickes is found in the middle temporal gyrus. Understanding language.  
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White Matter Vs Gray Matter   White matter: myelinated axons Grey Matter: Contrains neuronal cell bodies and capillaries  
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Hypothalamus   Controls homeostasis and reproductive functions  
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Inferior colliculi   On the midbrain- Concerned with Audition  
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Inferior frontal gyrus   Most inferior portion of frontal lobe. Contains Brocas area on the Left  
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