March 2017 Flashcards
- Which is not consistent with Wegeners
a. Upper respiratory tract granulomas
b. Lower respiratory tract granulomas
c. Renal artery vasculitis
d. Pulmonary artery vasculitis
e. Glomerulonephritis
- Which is not consistent with Wegeners
a. Upper respiratory tract granulomas yes
b. Lower respiratory tract granulomas yes
c. Renal artery vasculitis no
d. Pulmonary artery vasculitis yes
e. Glomerulonephritis yes
- Two questions on Churg strauss
a. Associated pANCA
eGPA asthma, eosinophilia
- Two questions on Churg strauss
a. Associated pANCA yes
eGPA asthma, eosinophilia
*LW:
Allergic granulomatosis and angiitis = churn strauss syndrome
- Allergic rhinitis, asthma, peripheral eosinophilia, pANCA
- Lung, heart, spleen, peripheral nerves, skin.
- Coronary arteritis, and myocarditis.
- Infrequent renal disease.
- Which doesn’t cause bowel ischaemia
a. PAN
b. Behchets
c. Atherosclerosis
- Which doesn’t cause bowel ischaemia
a. PAN yes
b. Behchets yes, possible but less likely out of these 3
c. Atherosclerosis yes
- Most likely cause of acute bowel ischaemia
a. SMA atherosclerosis
b. SMV thrombosis
c. Aortic dissection
d. SMA embolus
- Most likely cause of acute bowel ischaemia
a. SMA atherosclerosis common
b. SMV thrombosis yes
c. Aortic dissection yes HTN and dissect into SMA
d. SMA embolus AF most likely
- Aortic dissection
a. 5-10% don’t have an intimal tear IMH
b. Dissection between media and the intima
c. Most common to have tear at junction of arch and proximal descending aorta
- Aortic dissection
a. 5-10% don’t have an intimal tear IMH 10%
b. Dissection between media and the intima ?maybe not dissection usually outer third of media and can rupture into adventitia (robbins)
c. Most common to have tear at junction of arch and proximal descending aorta yes aortic ischmus
*LW:
StatDx states Stanford A (I.e. ascending aorta and arch +/- descending) most common at 60%. so C likely less correct.
- What is least associated with BRCA
a. Pancreas
b. Prostate
c. CRC
d. Ovarian
- What is least associated with BRCA
a. Pancreas yes
b. Prostate yes
c. CRC yes no
d. Ovarian yes
- Most likely to cause colon cancer
a. PJ
b. UC
- Most likely to cause colon cancer
a. PJ less likely but is associated with colon and breast
b. UC yes
- Least likely to cause gastric cancer
a. Fundic gland polyp
b. Hyperplastic polyp
c. Adenomatous polyp
d. Partial gastrectomy
e. H pylori
- Least likely to cause gastric cancer
a. Fundic gland polyp no
b. Hyperplastic polyp can
c. Adenomatous polyp yes
d. Partial gastrectomy yes
e. H pylori yes
- With regard to celiac disease (least likely)
a. Severely affects the distal small bowel
b. Increase in number of small bowel folds
c. Villous atrophy
d. Autoimmune reaction to ingested to gliadin
e. Increased risk of MALToma
a. Severely affects the distal small bowel no
- With regard to celiac disease (least likely)
a. Severely affects the distal small bowel no
b. Increase in number of small bowel folds yes distally
c. Villous atrophy yes
d. Autoimmune reaction to ingested to gliadin yes
e. Increased risk of MALToma no MALToma with Hpylori, T lymphoma with celiac disease
- Most common location of small bowel adenocarcinoma
a. Duodenum
b. Proximal jejunum
c. Distal jejunum
d. Proximal ileum
e. Distal ileum lymphoma,
a. Duodenum periampullary tumor
- Most common location of small bowel adenocarcinoma
a. Duodenum periampullary tumor
b. Proximal jejunum GIST
c. Distal jejunum
d. Proximal ileum
e. Distal ileum lymphoma, TB, Yersinia, carcinoid from enterochromaffin cells
- Young patient with bicornuate uterus and one kidney
a. Mesonephric duct
b. Mullerian duct mullarian anomalies
c. Wolffian duct
d. Genital ridge
b. Mullerian duct mullarian anomalies
- Young patient with bicornuate uterus and one kidney
a. Mesonephric duct
b. Mullerian duct mullarian anomalies
c. Wolffian duct
d. Genital ridge
- Newborn with dilated colon and unilateral sacral agenesis
a. Hirschsprungs
b. Anal atresia
c. Ileal atresia
d. Meconium plug
b. Anal atresia VACTERL or curarino ASP triad anorectal malformation, sacral osseus defect, presacral mass
- Newborn with dilated colon and unilateral sacral agenesis
a. Hirschsprungs not sacrum
b. Anal atresia VACTERL or curarino ASP triad anorectal malformation, sacral osseus defect, presacral mass
c. Ileal atresia no
d. Meconium plug no
- Which is associated with CF?
a. Hypertrophic pyloric stenosis
*LW:
Stat Dx states there is increased incidence of Pyloric stenosis with CF
- Which is associated with CF?
a. Hypertrophic pyloric stenosis articles say maybe, but I would say no
- Which is most suggestive of UC
a. Pseudopolyps
b. Uveitis
c. Fistulas
d. Sacroiliitis
a. Pseudopolyps yes
- Which is most suggestive of UC
a. Pseudopolyps yes
b. Uveitis IBD
c. Fistulas no
d. Sacroiliitis IBD
- Most consistent with reactive arthritis
a. Symmetrical sacroiliitis
b. Shoulder arthropathy
c. Commonly follows GI infection
c. Commonly follows GI infection yes arthritis follow GI or chlamydia is most consistent
- Most consistent with reactive arthritis
a. Symmetrical sacroiliitis no asymmetrics
b. Shoulder arthropathy non specific
c. Commonly follows GI infection yes arthritis follow GI or chlamydia is most consistent
- Hydroxyapetite deposition disease associated with
a. Dermatomyositis
b. Sjogrens
C. Scleroderma
d. Dialysis
d. Dialysis yes amyloid b2 microglobulin, CPPD and HADD, osteodystrophy
- Hydroxyapetite deposition disease associated with
a. Dermatomyositis no calcinosis universalis
b. Sjogrens no
c. Scleroderma no calcinosis circumscripta
d. Dialysis yes amyloid b2 microglobulin, CPPD and HADD, osteodystrophy
- Least liekly to have changes in CJD
a. Dentate nuclei
b. Caudate
c. Putamin
d. Thalami
a. Dentate nuclei no
- Least liekly to have changes in CJD
a. Dentate nuclei no
b. Caudate yes BG
c. Putamin yes BG
d. Thalami yes hockey stick
- Least likely CADASIL manifestation?
a. External capsule ischaemia
b. Basal ganglia ischaemia
c. Anterior temporal white matter change
d. Periventricular white matter changes
e. Skin changes
e. Skin changes no
- Least likely CADASIL manifestation?
a. External capsule ischaemia yes classic location
b. Basal ganglia ischaemia yes
c. Anterior temporal white matter change yes classic location
d. Periventricular white matter changes yes leukoencephalopathy
e. Skin changes no
- Most true regarding HSV?
a. HSV1
b. HSV2
c. Causes haemorrhagic necrosis
d. Lateral temporal lobe changes
c. Causes haemorrhagic necrosis yes
- Most true regarding HSV?
a. HSV1 Most common cause of neonatal encephalitis no HSV2 birth canal
b. HSV2 most common cause of adult encephalitis no HSV1
c. Causes haemorrhagic necrosis yes
d. Lateral temporal lobe changes mesial
- What is the least likely consequence of herniation
a. DAI
b. Duret haemorrhage y
c. ACA infarct
d. PCA infarct
e. Kernohans notch
a. DAI false, it is associated but not a consequence
- What is the least likely consequence of herniation
a. DAI false, it is associated but not a consequence
b. Duret haemorrhage yes stretching pontine perforators
c. ACA infarct yes subfalcine
d. PCA infarct yes transtentorial, also affects CN3
e. Kernohans notch yes cerebral peduncle of contralateral side
- One month history of weakness with T2 hyperintensity in supraspinatus, infraspinatus, teres minor. Normal T1
a. Impingement of the suprascapular nerve in the spinoglenoid notch
b. Impingement of the suprascapular nerve in the suprascapular notch
c. Quadralateral space
d. Brachial neuritis
d. Brachial neuritis yes parsonate turners idiopathic brachial neuritis
- One month history of weakness with T2 hyperintensity in supraspinatus, infraspinatus, teres minor. Normal T1
a. Impingement of the suprascapular nerve in the spinoglenoid notch no, isolated infraspinatus
b. Impingement of the suprascapular nerve in the suprascapular notch no, doesn’t involve teres minor
c. Quadralateral space no teres minor only from axillary nerve
d. Brachial neuritis yes parsonate turners idiopathic brachial neuritis
- Least likely to cause thoracic outlet syndrome
a. Levator clavicular muscle
b. Anterior scalene hypertrophy
c. Cervical rib
d. Pectoralis minor tunnel
e. Supracalvicular mass
a. Levator clavicular muscle ?yes but super rare, above clavicle
- Least likely to cause thoracic outlet syndrome
a. Levator clavicular muscle ?yes but super rare, above clavicle
b. Anterior scalene hypertrophy yes interscalene triangle
c. Cervical rib yes C7
d. Pectoralis minor tunnel yes subpectoral space
e. Supracalvicular mass yes
- Varicose veins most correct?
a. Vein thickening
b. Enlarged vein with competent valves
c. Venous ulcers that are slow to heal
d. Cause significant numbers of PE
c. Venous ulcers that are slow to heal yes, usually chronic ulcers
- Varicose veins most correct?
a. Vein thickening false thin dilated
b. Enlarged vein with competent valves false incompentent
c. Venous ulcers that are slow to heal yes, usually chronic ulcers
d. Cause significant numbers of PE no usually DVT not superficial
- Least correct regarding causes of pulmonary hypertension?
a. Primary is progressive and results in death
b. Partial filling defects associated with primary
c. Primary is more common than secondary
d. Can be caused by emphysema
c. Primary is more common than secondary no primary rare
- Least correct regarding causes of pulmonary hypertension?
a. Primary is progressive and results in death yes
b. Partial filling defects associated with primary yes secondary chronic PE
c. Primary is more common than secondary no primary rare
d. Can be caused by emphysema yes
- Least true regarding malignant hypertension
a. 1-5% of essential hypertension
b. Can arise in people with previously normal blood pressure
c. Fibrinoid necrosis (or sclerosis) of the arteriole walls
d. Greater than 110mmHg diastolic
- LW:
25. Least true regarding malignant hypertension
a. 1-5% of essential hypertension: Robbins states about 5% - so probably true
b. Can arise in people with previously normal blood pressure yes
c. Fibrinoid necrosis (or sclerosis) of the arteriole walls yes
d. Greater than 110mmHg diastolic: greater than 120mmHg diastolic - so this is least likely.
- Least true regarding berry aneurysms
a. 90 percent internal carotid
b. 25% present within the first 24 hours with infarct due to vasospasm
c. Can present as an enlarging mass
d. 2% of post mortems
b. 25% present within the first 24 hours with infarct due to vasospasm no
- Least true regarding berry aneurysms
a. 90 percent internal carotid ~maybe
b. 25% present within the first 24 hours with infarct due to vasospasm no
c. Can present as an enlarging mass yes
d. 2% of post mortems yes