cardio Flashcards

(43 cards)

1
Q

S1 sound

A

“lub” closure of mitral and tricuspid valves, onset of systole

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2
Q

S2 sound

A

“dub” closing of aortic and pulmonary valves, onset of diastole

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3
Q

S3 sound

A

“ventral gallup” abnormal, ventrical filling associated with heart failure

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4
Q

S4 sound

A

“atrial gallup” abnormal, ventricular filling and atrial contraction

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5
Q

auscultation land mark aortic valve

A

2nd IC space, R sternal border

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6
Q

auscultation land mark pulmonic valve

A

2nd IC space, L sternal border

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7
Q

auscultation land mark tricuspid valve

A

4th IC space, L sternal border

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8
Q

auscultation land mark bicuspid/mitral valve

A

5th IC space, L midclavicular line

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9
Q

tidal volume

A

500mL - air inspired during normal breathing

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10
Q

inspiratory reserve volume IRV

A

3100mL - additional air that can be inhaled after normal tidal volume

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11
Q

expiratory reserve volume ERV

A

1200mL additional air that can be forcibly exhaled after normal tidal volume

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12
Q

residual volume RV

A

1200mL volume of air in lungs after ERV is exhaled

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13
Q

total lung capacity TLC

A

6000mL max amount of air that can fill lungs IRV+ERV+TV+RV

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14
Q

vital capacity

A

4800mL - total amount of air that can be expired after fully exhaling TV+IRV+ERV

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15
Q

inspiratory capacity IC

A

3600mL - max amount of air that can be inspired TV+IRV

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16
Q

functional residual capacity FRC

A

2400mL - amount of air remaining in lung after norma expiration RRV+ERV

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17
Q

rhonchi

A

abnormal sound, continuous low pitched rattling lung sound that resembles snoring
can be heard in pts with COPD, brinchiectasis, pneumonia, chronic bronchitis, or cystic fibrosis

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18
Q

wheeze

A

a high pitched sound heard in expiration, caused by airway obstruction (COPD, asthma, foreign body). in severe constriction it may be hear in inspiration as well

19
Q

crackles

A

brief, discontinuous popping lung sounds that are high pitched can be heard in both phases of respiration

20
Q

pleural rub

A

auscultation in the lower lateral chest areas it occurs with each inspiration and expiration, can be indication of pleural inflammation

21
Q

vesicular breath sound

A

inspiratory longer than expiratory, soft intensity, low pitch, over most the lungs

22
Q

broncho-vesicular breath sound

A

inspiratory and expiratory sounds are equal, intermediate intensity and pitch, between 1st and 2nd IC anteriorly and between the scapulae

23
Q

bronchial breath sounds

A

expiratory sounds are longer, loud intensity and high pitch, over manubrium

24
Q

tracheal breath sounds

A

inspiratory and expiratory are equal, very loud intensity and relatively high pitch, over trachea in the neck

25
mild COPD
FEV1/FVC = <70, FEV1 = >/= 80% with or without cough and sputum
26
moderate COPD staging
FEV1/FVC = <70% FEV1 = 50% predicted < 80% SOB with exertion, with or without cough and sputum
27
severe COPD classification
FEV1/FVC = <70% FEV1 30%
28
very severe COPD classification
FEV1/FVC = <70%, FEV1 = <30% or <50% plus chronic respiratory failure, respiratory failure and signs of right heart failure/corpulmonale
29
what measures increase for obstructive diseases
FRC, RV, TLC, and TV
30
which has a higher residual volume obstructive or restrictive diseases
obstructive
31
bronchophony
increased vocal resonance with greater clarity and loudness of spoken words example -"99"
32
egophony
a form of bronchophony in which the spoken long E sound changes to a long nasal sounding A
33
whispered pectoriloquy
an increased loudness of whispering.. recognition of whispered words "1,2,3"
34
normal pH
7.35-7.45
35
normal PaCO2
35-45 mmHg
36
normal HCO2
22-26 mEq/L
37
acidic values
pH < 7.35 PaCO2 >45 HCO3 <22
38
alkaline values
pH >7.45 PaCO2 <35 HCO3 >26
39
respiratory acidosis
decreased pH increased PaCO2 normal HCO3
40
respiratory alkalosis
increased pH decreased PaCO2 normal HCO3
41
metabolic acidosis
decreased pH normal PaCO2 decreased HCO3
42
metabolic alkalosis
increased pH normal PaCO2 increased HCO3
43