CP: RESPIRATORY EXAM (LAB 1) Flashcards

1
Q

What patients might have orthopnea?

A

L sided HF, COPD, fluid backup in lungs

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2
Q

A patient who just had thoracic surgery or is severely weak may be at risk for what

A

pneumonia

cant cough and clear their airways, fluid build up - infection

actelactis

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3
Q

What other areas of the body may respiratory dysfxn/poor breathing mechanics manifest to?

A

neck pain if accessory inspiratory muscles take over - SCM, scalene

CLBP - need diaphragm to stabilize lumbar spine by creating IAP

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4
Q

Purulent sputum may be a sign of

A

infection or fever
may not be time for intense exercise

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5
Q

foamy white or frothy pink sputum indicates

A

cardiac problems, fluid back up into lungs, L CHF

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6
Q

What color sputum should cause concern

A

red

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7
Q

What vital signs should you be monitoring?

A

HR, BP, RPP, SaO2, SPO2, PUL. ARTERY

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8
Q

Increased PA pressure indicates

A

right sided HF

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9
Q

Patients with restrictive lung disease have trouble _____ while patients with obstructive lung disease have trouble _____

A

inhaling
exhaling

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10
Q

restrictive lung disease

A

stiffening of the lung tissue or restricted expansion of the chest wall

stiff, fibrotic

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11
Q

examples of restrictive lung disease

A

pulmonary fibrosis
lung cancer/chemoradiation = scar tissue
Pneumoconiosis
Sarcoidosis
neuromuscular disease

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12
Q

obstructive lung disease examples

A

asthma
COPD - emphysema, bronchitis (fluid build up, cystic fibrosis)

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13
Q

Someone with obstructive respiratory disease will have ___ CO2 levels and ____ O2 levels

A

increased CO2, decreased O2

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14
Q

Obstructive disease make it hard to exhales, which eventually makes it hard to inhale bc youre not getting air out. What physical manifestation might you see?

A

Barrel shaped chest (hyperinflated)

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15
Q

What neurological conditions can be related to respiratory diseases?

A

SCI - T4 affects ventilation, T8 intercostals

Phrenic nerve damage

ALS - paralyzed muscles

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16
Q

What other questions should you ask if your pt is on supp oxygen?

A

what type, how much, how is it delivered

check SpO2 levels to see how well they can be oxygenated on the supp oxygen (ex: are they still only getting to 93%)

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17
Q

If your pt is not alert or is acting confused it might be a sign of

A

lack of oxygen getting to the brain

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18
Q

Pectus excavatum

A

sternum is sunken inward, obstructive, need surgery

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19
Q

A kyphotic posture or scoliosis may result in _________

A

restrictive lung disease, chest cant expand properly

20
Q

Obesity may contribute to ____ lung disease

A

restrictive

21
Q

What characteristics might you see in someone with empysema?

A

pursing lips to prolong exhale and prevent collapse

cachexia bc so much energy to breathe

hunched posture to use accessory muscles to help

pink undertone bc blood oxygen levels are normal/high

PINK PUFFER

22
Q

What characteristics might you see in someone who has bronchitis?

A

BLUE BLOATER

chronic hypoxia = cyanotic (poor O2 exchange bc inflammation and mucus)

fluid retention (R HF)

obese - hypoxia and fatigue often reduce activity levels

23
Q

How can you measure respiratory fxn with speech?

A

should be able to finish normal sentence without stopping to breathe

24
Q

T/F: expiration is passive during exercise

25
Paradoxal breathing
chest goes in with inspiration, chest goes out with exhaling breathe in, belly in breath out belly out
26
Kussmaul breahting
deep, labored breathing pattern that occurs in response to metabolic acidosis, especially diabetic ketoacidosis (DKA) body compensating for excess acid by blowing off CO₂ to raise blood pH.
27
T/F: therapists can work with pts to fix kussmal breathing or paradoxal breathing
F
28
Central cyanosis vs peripheral cyanosis symptoms
central - blue tounge, lip, lower eyelids, warm peripheray peripheral - cold blue extremities, nail beds
29
Central cyanosis vs peripheral cyanosis indications
central - CHD, CHF, lung disease peripheral - low CO, hypovolemic shock
30
How might chronic hypoxia lead to R HF?
low levels of O2 makes lung vasculature vasconstrict, pulmonary artery pressure increases and heart works harder ?
31
Digital clubbing is a sign of
chronic low O2 levels
32
consolidation is present if you hear
Bronchial sounds where they’re not supposed to be, increased fremitus
33
tracheal deviation might indicate
tumor, pneumorthorax, atelectasis
34
Atelactasis, agenesis, pneumonextomy and pleural fibrosis would cause deviation of the trachea ____ the diseased side
toward
35
pneumothorax, pleural effusion or a large mass would deviate the trachea ___ the diseased side
away from
36
Describe placement for hands during the chest wall exercusion
2nd rib, nipple line then posterior 10th rib, thumbs meet in middle always
37
what are the three landmarks when using a tape measure to measure chest wall excursion?
upper - 4th costal cartilage middle - xiphoid lower - 9th costal cartilage
38
What do voice sounds asses?
to assess underlying pathology of tracheobronchial tree and lung parenchyma by transmiting vocal vibrations though it and confirming its presence
39
A positive finding during voice sounds examination is what? What does it indicate?
+ is increased or decreased sounds over the bronchial segment could be from consolidation due to pneumonia
40
tactile fremitus test purpose
spoken words produce vibration over chest wall which we can feel (tactile fremitus) identify presence or absence of tactile fremitus to tell you about the density of the underlying lungs and thoracic cavity
41
Increased tactile fremitus may indicate Decreased tactile fremitus may indicate
consolidation, pul edema, pleural effusion, COPD
42
Mediate percussion technique
tap over your own middle finger DIP
43
resonant sounds are heard normally where
over air filled structures (lungs)
44
a dull sounds near where can indicate consolidation? Where would you normally hear a dull sound?
Should hear it over diaphragm
45
what sounds would you hear with someone with emphysema?
hyperresonant
46
What is diaphragmatic excursion?
measuring distance of diaphragm at max exhalation and as it ascends with relaxation use mediate percussion to find the lowest point where a resonant tone is heard (lowest position of diaphragm during max inspiration) then find lowest position of resonance during exhalation
47
What is the normal range of diaphragmatic excursion?
3-5cm