Week 4 Respiratory Assessment Flashcards

1
Q

How many lobes does each lung have

A

Right lung: 3 lobes

Left lung: 2 lobes

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2
Q

Where are the lung apices located

A

3-4 cm above clavicles

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3
Q

The lower lung rests on ______ about the ___ rib, MCL

A

diaphragm; 6th rib

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4
Q

Where is the trachea bifurcation

A

T 4

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5
Q

What degree should you costal angle be at? What does it mean if your costal angle is above that amount?

A

90 degrees

being above 90 means chronic over-inflation (COPD)

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6
Q

Where are the apices on the posterior side

A

near C7

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7
Q

Where do the lower lungs end posteriorly

A

T10

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8
Q

Where does the trachea bifurcate posteriorly

A

T4

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9
Q

With a full forced inhalation, how far down do the lung expand posteriorly

A

T12

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10
Q

What are the muscles of inspiration and what does each do

A

Diaphragm = main muscle; moves down

Intercostal muscles; lift sternum and ribs

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11
Q

The use of accessory neck muscles on inspiration is a sign of what

A

Forced or heavy inspiration is a sign of distress

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12
Q

What happens during expiration?

Is expiration a passive or active process?

A

muscles relax, thorax gets smaller, air gets pressed out

it is a passive process

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13
Q

What happens to the abdominal muscles with forced expiration (use of accessory muscles)

A

abdominal muscles contract to push viscera up and squeeze air out

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14
Q

How do you calculate pack years?

A

Number of pack of cigarettes daily x number of years of smoking = pack years

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15
Q

What do we want to address when gathering a history of the lung and thorax?

A
  • smoking
  • vaping
  • cough: OLDCART
  • change in voice
  • wheeze
  • shortness of breath
  • chest pain
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16
Q

What does hemoptysis mean

A

bloody sputum

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17
Q

Other than the smoking or subjective history questions, what are other things we would want to know about when gathering a history of the lungs and thorax

A
  • hemoptysis, night sweats, and weight loss
  • paroxysmal nocturnal dyspnea (difficulty breathing that awakens patient; out of breath, gasping for air)
  • sleep apnea
  • current medication use (steroids, bronchodilators)
  • diagnostic tests (chest x-ray)
18
Q

How many views are you always going to take for a chest x-ray and what are they

A

2 views; posterior and anterior

19
Q

What vaccines are we particularly asking about when gathering a history

A
  • pneumovax (one dose after 65)
  • flu shot annually
  • DTaP/Tdap
  • covid vaccine booster (recommended for 65+)
20
Q

What are some of the conditions we are worried about when gathering a past respiratory history

A
  • asthma
  • TB or reactive test
  • pneumonia
  • pleurisy/pleuritis
  • bronchitis
  • COPD (chronic bronchitis and emphysema)
  • atelectasis
21
Q

What is a tool that we can use to prevent atelectasis

A

incentive spirometer

22
Q

what is orthopnea

A

difficulty breathing when laying down

23
Q

What are some conditions that we need to know about when gathering a family history

A
  • TB
  • Allergies
  • Asthma
  • Genetic disorders: cystic fibrosis
24
Q

______ is the key to diagnosis: more accurate than _______ in lung assessment

A

history; physical examination

25
Q

What conditions do we need to know for children when gathering a history for lung and thorax

A
  • history or prematurity
  • vent support
  • recurrent hospitalizations for pulmonary infection
26
Q

What assessment tools are we using for the lung physical examination

A
  • inspection
  • palpation
  • percussion
  • auscultation
27
Q

What is the general approach to a physical examination with lungs

A
  • general survey (mental state, skin color, finger/toenails, lips; oxygenation status)
  • note respiratory rate and rhythm
  • work from top down in systematic order
  • compare side to side
  • examine thorax in sitting position
  • have patient breath deeply through their mouth
28
Q

What are some things to look at when inspecting the lungs

A
  • symmetry of respirations
  • shape of chest (slope of ribs)
  • deformities (AP diameter - barrel chest, pectus excavatum, pectus carinatum-chest sticks out like a canary)
29
Q

What are the characteristics of Biot’s respirations?

What is it a sign of?

A
  • ataxic respiration
  • periodic breathing
  • poor prognosis
  • neuron damage

signifies neuro damage

30
Q

What are the characteristics of Kussmaul breathing?

A
  • metabolic acidosis (DM)

- means they are working really hard to breathe

31
Q

What are the characteristics of Cheyne-Stokes respirations

A
  • periodic breathing
  • hypoperfusion of the brain
  • periods of apnea after breathing quickly
32
Q

What are we observing for with palpation of the posterior chest

A
  • identify external areas of pain or tenderness
  • assess observed abnormalities
  • tactile fremitus
  • evaluate bilateral respiratory excursion
33
Q

What is tactile fremitus

How do you assess for it

A

feeling vibrations transmitted through lung tissues and the chest wall when vocal sound is made

Vibrations should be more prominent at the top near the airways but decreasing as you get down to the smaller airways

  • place ball of hand (MCP or ulnar surface) over chest while patient says 99
34
Q

How do you evaluate for respiratory excursion

A
  • place hands on each side, near 10th rib
  • have patient take deep breath
  • note the distance between thumbs with expiration
35
Q

Explain the percussion notes

A
  • resonance: over normal lung
  • hyperresonance: over hyperinflated lung (COPD)
  • dullness: over dense tissue
  • flat: over bone
  • tympany: think tight drum over organs that stretch (No tympany in respiratory system)
36
Q

What are the three things that auscultation can do?

A
  • assess air flow through tracheobronchial tree
  • assess presence of fluid, mucous, obstruction
  • assess condition of lung and pleural space
37
Q

What are the three normal breath sounds?

Lung sounds will primarily be what sound

A
  • bronchial/tracheal
  • bronchovesicular
  • vesicular

lung sounds will be primarily vesicular sounds

38
Q

When are breath sounds diminished or absent?

A
  • air flow decreased
  • fluid or tissue obstructing air passage
  • obesity
  • emphysema r/t lost elasticity and hyperventilation
39
Q

List and explain the abnormal (adventitious) breath sounds

A
  1. Crackles - fluid in small area; does not clear with cough; at end of inspiration
  2. wheezes - lungs are clamping down; moisture or debris in larger airway; louder than crackles; inspiratory; asthma
  3. rhonchi - gook/obstruction in the big airways; like snoring or clearing mucous; usually clears with cough; low pitch gurgling
  4. pleural friction rub: low grating noise in peripheral and lateral chest; cough does not clear, noticed on inspiration/expiration: plurisy
40
Q

Where do stridor, rhonchi, wheezing and rales/crackles occur

A

stridor = top of respiratory

rhonchi = tree limb/trunks

wheezing = branches

rales/crackles = leaves; alveolar

41
Q

What are some respiratory assessments that we should do on every hospitalized patient

A
  • assess natural vs artificial airway
  • ability to cough
  • work of breath
  • shape of chest
  • assess Sp02 and O2 delivery system
  • auscultate lung sound