Help
Options
Didn't know it?
click below
click below
Knew it?
click below
click below
Don't Know
Remaining cards (0)
Know
retry
shuffle
restart
0:00
Embed Code - If you would like this activity on your web page, copy the script below and paste it into your web page.
Normal Size Small Size show me how
Normal Size Small Size show me how
NWHSU Mash GA2Q4ATM
NWHSU Mash GA 2 Quiz 4 Anatomy Telencephalon and Misc
| Question | Answer |
|---|---|
| BASAL NUCLEUS that has both limbic and motor functions | Amygdaloid |
| BASAL NUCLEUS that has both limbic and olfactory functions . | Amygdaloid |
| Cranial nerve that supplies taste to the anterior 2/3rds of tongue | Facial nerve (CN VII) |
| Describe the function of the corpus callosum | Connects/carries info between the left and right cerebral hemispheres |
| Fibers belonging to which general classification connect the primary and association cortices for vision? | Association fibers |
| functional area on lateral frontal lobe; also known as "areas 44, 45" | Motor Speech Area (or Broca's area) |
| LOBE in which the general sensory cortex is located? | Parietal Lobe (5,7) |
| Major function of the precentral gyrus | Primary motor area |
| Name given to fiber tract running from the hippocampus to the mammillary bodies | Fornix |
| Name of functional area adjacent to the calcarine fissure, mostly on the medial aspect | Primary Visual Area |
| Name the collections of neuron cell bodies for the second order neuron in the general sensory pathways (nuclei or ganglia) | Area's 5 & 7??? |
| Numbers given to the Primary Somatic Sensory Area | 1, 2, 3 |
| Specific location (i.e. structure; no numbers) of the "primary sensory area" | telencephalon |
| The fornix is a group of fibers which begins in the hippocampus and terminates on the _________ | Mamillary bodies/mamillary nuclei of hippocampus |
| Type of fibers connecting cortices in opposite hemispheres (example: corpus callosum) | Commisural fibers |
| Type of fibers connecting the cortex with subcortical areas (the internal capsule would be an example of this type) | Projection fibers |
| What type of fiber connects the primary auditory cortex with the auditory association cortex? | Association fibers |
| Cord of pia mater extending downward from the inferior end of the spinal cord | Filum terminalis |
| Name given to the cord of pia mater running downward from the inferior end of the spinal cord | Filum terminale |
| Name of sheet of dura mater that separates cerebellum and cerebrum | Tentorium cerebelli |
| tooth-like lateral extensions of the pia around the cord; anchors the pia and arachnoid to the dura | Denticulate ligament |
| Cerebrospinal fluid flows from the 4th ventricle into the ______ through the medial and lateral apertures. | Cerebellomedullary cistern |
| Cerebrospinal fluid is secreted by _____and absorbed into a dural venous sinus via the _____. | choroid plexus, arachnoid villi |
| Cerebrospinal fluid passes from 4th ventricle in the ______ | subarachnoid space |
| In the absorption of cerebrospinal fluid (CSF), the CSF passes from the subarachnoid space into the A.___ via the B._____. | Dural Sinuses, Arachnoid Villi |
| In the absorption of CSF, the fluid moves across the arachnoid granulations FROM the A) _____ INTO the B)______ | subarachnoid space, dural sinus |
| Structure that forms/secretes CSF | Choroid plexus |
| Vascular connective tissue inside the ventricles which forms the cerebrospinal fluid | Choroid plexus |
| Part of the brain that maintains equilibrium, adjusts muscle tone, influences synergy of muscle movement, etc. | cerebellum |
| Consider a hemidissection of the left T5 spinal cord. In which area of the body would you expect the following deficits? _____pain ___discriminating touch _____voluntary motor a. R arm b. L arm c. R leg d. | Pain – c Disc. touch – d Voluntary motor – d |
| Consider a hemidissection of the right L1 spinal cord. In which area of the body would you expect the following deficits? _____ discriminating touch _____ pain? _____ voluntary motor a. R arm b. L arm c. R leg d. L leg | Disc. touch – c Pain – d Voluntary motor – ? |
| Consider a hemidissection of the RIGHT T4 spinal cord. In which area of the body would you expect the following deficits? _____ pain _____ discriminating touch _____ voluntary motor a.R Arm b.L Arm c.R Leg d.L Leg | Pain – c ? Disc. touch – c ? Voluntary motor – c ? |
| Consider a lesion in the right internal capsule. a.pain b. discriminating touch c. voluntary motor control d. no deficits expected What deficits are expected in the left leg? | Left leg – a,b,c |
| Consider a lesion in the right internal capsule. a.pain b. discriminating touch c. voluntary motor control d. no deficits expected What SENSORY deficits are expected in the right arm? | Right arm - d |
| Cranial nerve that is parasympathetic to the lacrimal gland | VII |
| Fibers originating in the area of 17 and terminating on ipsilateral areas 18 & 19 are categorized as ______ fibers. | Association |
| Name (NOT number) of cranial nerve that supplies motor to the muscles of mastication | Trigeminal |
| Portion of the cerebral cortex that is involved in judgment, personality, and emotions | 1, 2, 3 |
Created by:
AnatomyMash
Popular Chiropractic sets