QUESTIONS 62-69
Directions: Match each of the following questions with the most likely fracture pattern (letterhead) depicted in Figure 6.62-6.69Q, using each answer once, more than once, or not at all.
C
QUESTIONS 62-69
Directions: Match each of the following questions with the most likely fracture pattern (letterhead) depicted in Figure 6.62-6.69Q, using each answer once, more than once, or not at all.
A
QUESTIONS 62-69
Directions: Match each of the following questions with the most likely fracture pattern (letterhead) depicted in Figure 6.62-6.69Q, using each answer once, more than once, or not at all.
C
A. There is a 30% chance that she will develop diabetes insipidus
B. The most serious and disabling problem is the development of obesity, which occurs in about 50% of these patients after surgery
C. Approximately 90% of patients will not require maintenance corticosteroid and thyroid replacement
therapy
D. Approximately 10% of patients will require growth
hormone replacement therapy
E. The endocrine outcome after surgery is very
unpredictable
A. The headaches often resemble a post-lumbar puncture headache
B. MRI scans with contrast may reveal enhancement of
the dura over the cerebral and cerebellar convexities
C. Spontaneous improvement is rarely seen, since CSF
leaks are often identified adjacent to nerve roots
D. Spinal fluid may reveal elevated protein and pleocytosis
E. Analgesics containing caffeine may be helpful
A. The headaches often resemble a post-lumbar puncture headache
A. A 3-cm3 arteriovenous malformation in the brainstem
B. A 1-cm right frontal and 2-cm left parietal metastatic
carcinoma from the lung
C. Recurrent glioblastoma of the left temporal lobe (2 cm3)
D. A 1-cm cavernoma of the right caudate nucleus that
previously hemorrhaged
E. Bilateral thalamic arteriovenous malformations (3 cm3)
D. A 1-cm cavernoma of the right caudate nucleus that
previously hemorrhaged
A. Stimulation of the periaqueductal gray
B. Prefrontal lobotomy
C. Cingulotomy
D. Hippocampectomy
E. Ventrolateral cordotomy
B. Prefrontal lobotomy
A. Thalamic stimulation
B. Subthalamic nucleus stimulation
C. Motor cortex stimulation
D. Capsulotomy
E. Multiple subpial transections
C. Motor cortex stimulation
A. Increased blood viscosity
B. Hyperglycemia
C. Decreased corticosteroid release
D. Complement-mediated pneumonitis
E. Hypercoagulable state
D. Complement-mediated pneumonitis
A. Neck pain
B. Cervical bruit
C. Contralateral arm weakness or numbness
D. Dysesthesia
E. Transient vision loss
D. Dysesthesia
A. Echinococcus infection
B. Neurocysticercosis
C. Cryptococcus infection
D. Cytomegalovirus infection
E. Trichinosis
A. Echinococcus infection
A. Headaches
B. Obtundation
C. Cranial nerve palsies
D. Fevers
E. Seizure
E. Seizure
A. Borrelia burgdorferi
B. Echinococcus granulosa
C. Toxoplasma gondii
D. Treponema pallidum
E. Taenia solium
B. Echinococcus granulosa
A. Blue rubber bleb nevus syndrome
B. Vein of Galen aneurysm
C. Carotid-cavernous fistula
D. Intracranial hemangioblastoma of infancy
E. Sinus pericranii
B. Vein of Galen aneurysm
A. Supinator
B. Extensor carpi ulnaris
C. Abductor pollicis longus
D. Extensor digitorum
E. Pronator quadratus
E. Pronator quadratus
A. Combine multiple isocenters of irradiation in different
planes
B. Individual isocenters can be weighted variably to
change their relative shape
C. Individual radiation beams can be blocked to restrict
dose away from critical structures, such as the optic
chiasm
D. A and B only
E. All of the above
E. All of the above
A. Sympathetic nerves running along the carotid artery
during neck dissection
B. Injury of the Tl nerve root during the discectomy
C. Interruption of the sympathetic chain located on the
anterior surface of the longus colli muscles
D. Spinal cord injury during surgery
E. A small hypothalamic infarct during surgery
B. Injury of the Tl nerve root during the discectomy
A. Inferior laryngeal nerve
B. Thyrocervical artery
C. Thoracic duct
D. C5 nerve root
E. Dominant cardiac accelerator nerves
A. Ll-2
B. L2-3
C. L3-4
D. L4-5
E. L5-S1
E. L5-S1
A. Transarticular screw fixation and fusion if the lateral
atlantal masses are intact with good-quality bone
B. Transoral odontectomy followed by posterior occipital-
cervical decompression and fusion
C. Laminectomy
D. Transoral odontectomy followed by observation
E. Halo placement
E. Halo placement
A. Osteoconductive matrix
B. Osteoinductive factors
C. To support viable osteogenic cells
D. Structural support
C. To support viable osteogenic cells
A. Ga2*
B. Na*
c. cr
D. K*
E. None of the above
c. cr
A. Peripheral denervation
B. Pallidotomy
C. Thalamotomy
D. Dorsal column stimulation
E. Motor cortex stimulation
D. Dorsal column stimulation
A. Arcuate fasciculotomy
B. Subcaudate tractotomy
C. Limbic leukotomy
D. Anterior capsulotomy
E. Anterior cingulotomy
A. Arcuate fasciculotomy