A. pyogenic vertebral osteomyelitis B. metastatic prostate cancer C. epidural hematoma D. nasopharyngeal carcinoma with contiguous spread E. osteoblastama
A. pyogenic vertebral osteomyelitis
D. immediate operative decompression with autologous bone reconstruction
D. the superior medial aspect of the superior facet of the vertebral body below the disc
C. The most likely diagnosis is arachnoid cyst.
C. gross removal ependymoma or low-grade glioma is found
D. A trial of carbamazepine is warranted.
D. MRI with gadolinium,tapering dose of steroids, and rheumatology consult
D. Multilevel medial corpectomy and interbody fusion are indicated
There are myriad etiologies of lesions in the pediatric and young adult population. Match each disease or lesion in questions 88-92, with the most appropriate clinical, pathologic, or radiographic feature listed in A-E. Some answers may be used more than once:
A. colonic polyposis, epidermal inclusion cysts
B. “pearlyt” cysts
C. Birbeck granule
D. radiating spicules of bone
E. midline predisposition
88. Hand-Schuller-Christian disease
C. Birbeck granule
There are myriad etiologies of lesions in the pediatric and young adult population.
A. colonic polyposis, epidermal inclusion cysts
B. “pearlyt” cysts
C. Birbeck granule
D. radiating spicules of bone
E. midline predisposition
A. colonic polyposis, epidermal inclusion cysts
There are myriad etiologies of lesions in the pediatric and young adult population. Match each disease or lesion in questions 88-92, with the most appropriate clinical, pathologic, or radiographic feature listed in A-E. Some answers may be used more than once:
A. colonic polyposis, epidermal inclusion cysts
B. “pearlyt” cysts
C. Birbeck granule
D. radiating spicules of bone
E. midline predisposition
D. radiating spicules of bone
There are myriad etiologies of lesions in the pediatric and young adult population. Match each disease or lesion in questions 88-92, with the most appropriate clinical, pathologic, or radiographic feature listed in A-E. Some answers may be used more than once:
A. colonic polyposis, epidermal inclusion cysts
B. “pearlyt” cysts
C. Birbeck granule
D. radiating spicules of bone
E. midline predisposition
D. radiating spicules of bone
There are myriad etiologies of lesions in the pediatric and young adult population. Match each disease or lesion in questions 88-92, with the most appropriate clinical, pathologic, or radiographic feature listed in A-E. Some answers may be used more than once:
A. colonic polyposis, epidermal inclusion cysts
B. “pearlyt” cysts
C. Birbeck granule
D. radiating spicules of bone
E. midline predisposition
B. “pearlyt” cysts
a. 1,2,3
L5 radiculopathy
focal seizures, ataxia
facial nerve palsy
E.
A
Bukan semua
E
B
99. A 30-year-old cosmetician presents with a complaint of unequal pupils. She noted the asymmetry at work today, but cannot be certain how long it has been present. There are no complaints of headache or facial pain. Examination of the globe and fundus are normal. The right pupil measures 7 mm,has no direct or consensual reaction to light. The left pupil measures 7 mm and has no direct or consensual reaction to light. Visual acuity is 20/20 OU. Visual fields and color vision are normal. The right eye shows an incomplete and slow constriction while fixating on a near object. It dilates to 7mm upon changing fixation to a distant object, but this too is slow. response of the left eye to near-far fixation is normal. When is instilled into the right eye, the pupil responds after 15-30 minutes. The remainder of the neurologic exam is normal. The MOST likely diagnosis in this case is: A. deaffereanted pupil B. toxic pupil C. paralytic pupil D. Adie’s pupil E. Argyll Robertson pupil
D. Adie’s pupil
D. Serum levels of growth hormone are depressed.
C. carry out an intracapsular subtotal excision of the tumor and withhold adjuvant therapy for documented progression
102. A 38-year-old female patient presented with a history of headaches for 3 years and spastic paraparesis for a month. Computed tomography with contrast enhancement revealed a large parasagital homogeneous mass with hyperostosis of the parietal bones. Bilateral selective external and internal carotid angiography was done, prior the preoperative embolization. What in the angiogram (Figure 102) makes embolization much more hazardous than usual? A. persistent trigeminal artery B. persistent hypoglossal artery C. aberrant ophthalmic artery D. aberrant middle meningeal artery E. aberrant anterior meningeal artery
C. aberrant ophthalmic artery
A. Lyme disease