Pulmonary Flashcards

1
Q

criteria for massive PE

A
  1. SBP<90 for 15 minutes
  2. SBP<100 with h/o hypertension
  3. > 40% reduction in baseline SBP
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2
Q

indications for thrombolysis with massive PE

A
  1. respiratory distress
  2. hypotension
  3. hypoxia (<90) despite supplemental O2
  4. right heart strain on echo
  5. elevated troponin
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3
Q

pleural based wedge infarct

A

hampton’s hump

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4
Q

westermark’s sign

A

vascular cutoff sign

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5
Q

characteristic finding in high altitude pulmonary edema

A

patchy alveolar infiltrates mostly involving the right middle lobe

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6
Q

MCC of death from high altitude illness

A

high altitude pulm edema

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7
Q

findings from thoracentesis of empyeme

A
  1. Ph<7.2
  2. glucose <60
  3. WBC>50K
  4. positive bacterial culture
  5. grossly purulent fluid
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8
Q

effusion with LDH>2/3 upper limit of serum LDH suggestive of

A

exudative effusion

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9
Q

pleural LDH: serum LDH>0.6 suggestive of

A

exudative effusion

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10
Q

pleural protein: serum protein >0.5 suggestive of

A

exudative effusion

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11
Q

hemoptysis + renal dysfunction

A

goodpasture’s syndrome or wegeners (granulomatosis with polyangitis)

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12
Q

massive hemoptysis

A

≥ 100 mL/hour or ≥ 500 mL over 24-hours

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13
Q

diastolic murmur + hemoptysis

A

mitral stenosis

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14
Q

small vessel vasculitis that is the result of circulating anti-glomerular basement membrane antibodies

A

goodpasture syndrome

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15
Q

asthma +eosinophilia

A

churg-strauss (eosinophilic granulomatosis with polyangitis)

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16
Q

treatment of goodpasture syndrome

A

steroids, plasmapheresis, cyclophosphamide

17
Q

benign, painful, nonsuppurative localized swelling of the costosternal, sternoclavicular, or costochondral joints

A

tietze (usually caused by coughing or viral URI)

18
Q

upper lobe infiltrates, hard rock and coal miners, sometimes hilar lymphadenopathy

19
Q

lower lobe opacities in someone who works in construction and handle insulation

20
Q

upper lobe infilrates in patient with aerospace, computer manufacturing and fluorescent light bulb manufacturing

A

berylliosis

21
Q

paO2 in metHgb

22
Q

infants can get methgb without exposure from what otehr conditions

A

stress, sepsis, diarrhea

23
Q

why is it harder for an anemia patient to be diagnosed with methgb

A

higher percentage of their Hgb has to be with metHgbfor them to turn blue

24
Q

things that cause metHgb

A

benzocaine, prilocaine, nitrites (poppers), pyridium, dapsone, bactrim

25
how to avoid re-expansion pulmonary edema after chest tube placement
avoiding suction for expansion of lung and limiting the amount of fluid actually drained
26
Causes of non-cardiogenic pulmonary edema
``` ARDS High altitude illness and neuro pulm edema Opioid overdose PE Eclampsia TRALI ```
27
PFTS in COPD Residual volume: TLCO: FEV1/FVC:
RV: high TLCO: high FEV1/FVC: decreased
28
criteria in terms of cough for chronic bronchitis
chronic productive cough for at least three months in at least two successive years (blue bloaters)
29
light's criteria
(1) pleural fluid to serum protein ratio > 0.5 (2) pleural fluid and serum lactate dehydrogenase (LDH) ratio > 0.6 (3) pleural fluid LDH > 200 IU/mL.
30
When should you put bad lung down
massive hemoptysis, severe pleural effusions, and large pulmonary abscesses.
31
at what vital capacity should you consider intubating someoen
less than 20ml/kg
32
Interstitial disease from aerospace
Berylliosis
33
Foundries, sandblasting, mines, granite- lung disease
Silicosis
34
Deposition of iron in tissue- welding
Siderosis
35
Tin welding lung disease
Stannosis
36
Lung disease from cotton
Byssinosis