Respiratory Exam Flashcards

1
Q

What position is the patient in when examining the anterior chest wall?

A

You will want the patient to be lying on the couch, at a 45 degree angle

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2
Q

What position is the patient in when examining the posterior chest wall?

A

Ask the patient to lean forwards

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3
Q

What position is the patient in when examining the cervical lymph nodes?

A

You will ask the patient to sit across the couch with their legs dangling off the sides.

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4
Q

How should the patient be exposed during a respiratory examination?

A

The patient will need to be exposed from the waist upwards, however if possible you should offer the patient a blanket so they will only be exposed when appropriate, and if relevant patients do not need to remove their bras.

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5
Q

Where do you perform general inspection from?

A

The end of the bed

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6
Q

How do you assess respiratory rate? duration, position, exposure, awareness

A

Your will measure the rate of breathing visually observing the anterior chest wall (and abdominal walls) movements for 30 seconds while the subject breaths quietly. The subject lies on the couch with the chest and abdominal area exposed. You will count the respiratory movements without the subject being aware (you may pretend measuring their pulse).

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7
Q

How do you express breathing rate?

A

As breaths/minute

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8
Q

Where does the trachea bifurcate? (carina)

A

The level of the sternal angle (T5)

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9
Q

Where does the trachea lie?

A

It lies in the midline of the neck and suprasternal (jugular) notch of the manubrium

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10
Q

From where to where is the trachea palpable?

A

Larynx to the suprasternal notch.

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11
Q

What position is the patient for palpation of the trachea?

A

Ask the patient to lean back and lower their neck slightly so their neck is relaxed

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12
Q

If the trachea is not in the midline what will your fingers feel during the palpation of the trachea?

A

If it is displaced to one side then your finger will feel one side of the trachea instead of its middle.

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13
Q

If the trachea is in the midline what will your fingers feel during the palpation of the trachea?

A

If the trachea is in the midline, your finger will not be able to progress further.

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14
Q

Where should the trachea be in normal healthy individuals? [but]

A

In normal healthy individuals should be in the midline but there may be a slight displacement of the trachea to the right

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15
Q

What does any significant displacement of the trachea at the suprasternal notch suggest?

A

Disease of the upper lobes of the lung

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16
Q

Common causes of tracheal displacement [Displacement towards the side of lung lesion] 3

A

Displacement towards the side of lung lesion

  1. Upper lobe collapse
  2. Upper lobe fibrosis
  3. Pneumonectomy
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17
Q

Common causes of tracheal displacement [Displacement away from the side of lung lesion] 3

A

Displacement away from the side of lung lesion

  1. Extensive pleural effusion
  2. Tension pneumothorax
  3. Chest Expansion
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18
Q

Where are your hands placed in assessment of chest expansion (anterior)? Male

A

Anterior chest wall (just below 5th or 6th ribs) with fingers extended around the sides of the chest. The thumbs should just meet in the anterior midline (mid-sternal line), resting lightly on the chest wall, to allow its movement during respiration.

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19
Q

Where are your hands placed in assessment of chest expansion (anterior)? Female

A

In female subjects,the examiner’s hands lie beneath the breasts.

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20
Q

How much should the tips of your thumbs move apart in a normal patient in assessment of chest expansion?

A

> 5 cm

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21
Q

Where do your thumbs meet in chest expansion examination - posterior?

A

Repeat this examination on the posterior chest wall with thumbs meeting in the posterior midline

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22
Q

At what level do your thumbs meet in chest expansion examination - posterior?

A

:evel of 10th thoracic vertebra (T10).

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23
Q

What are you observing in examination of chest expansion - posterior?

A

Any asymmetry between right and left sides

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24
Q

What does movement of the anterior chest wall give some indication of?

A

Expansion of upper and middle lobes

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25
Q

What does movement in the posterior chest wall indicate?

A

Expansion of lower lobes

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26
Q

How does the chest expand during inspiration?

A

Symmetrically

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27
Q

What does reduced expansion of the chest wall on one side indicate?

A

A lesion on that side

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28
Q

The common causes are of unilateral decreased expansion are; [4]

A

The common causes are of unilateral decreased expansion are;

Pneumothorax
Pleural effusion
Collapsed lung
Consolidation

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29
Q

When would you see a bilateral decrease in expansion? is it difficult to detect?

A

Bilateral decrease in expansion, as seen in asthma or COPD, can difficult to detect.

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30
Q

What type of sounds are produced during percussion of air-filled spaces e.g. the lung?

A

A hollow, drum-like sound

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31
Q

What type of sounds are produced during percussion over solid organs e.g. heart, liver or over fluid collection?

A

A dull sound

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32
Q

Which chest wall should be percussed?

A

Both the anterior and posterior chest wall should be percussed

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33
Q

Is percussion performed over breast tissue in females?

A

In females, percussion is not performed over the breast tissue.

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34
Q

What may you have to ask females to do to allow percussion?

A

You may have to ask them to move the breasts laterally to allow percussion.

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35
Q

In what locations do you percuss the chest? [3]

A

You should percuss symmetrically all areas of the anterior, posterior, and apical areas of the chest.

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36
Q

What position should patients be in to allow percussion of the posterior chest wall?

A

For percussion of the posterior chest wall you can ask the subject to move the elbows across the front of the chest to rotate the scapulae anteriorly.

37
Q

What are causes of hyper-resonance in the chest? [3]

A

Hyper-resonant

  1. Pneumothorax
  2. Hollow bowels,
  3. COPD
38
Q

What are causes of hypo-resonance?

A

Fluid - pleural effusion

Solid - lung tumour, consolidation, collapse of lung/normal liver

39
Q

What may a pleural effusion be commented as?

A

“stoney dull”

40
Q

What will you hear with percussion of solid tissue such as a lung tumour, consolidation or collapse of the lung or normal liver

A

A flat/dull note

41
Q

What are 2 things affecting the resonance of the chest wall?

A

Please remember the note is affected by:
1 - the thickness of chest wall muscles
2 - overlying bony structures such as scapula.

42
Q

What should you be able to delineated during percussion of the anterior thoracic wall?

A

While percussing the anterior thoracic wall you should be able delineate the liver and cardiac areas from the flat notes you hear.

43
Q

Where should percussion begin of the anterior chest wall begin?

A

The root of the neck (just above the medial end of the clavicle) where the apical lobe of the lung projects

44
Q

Where should percussion begin of the anterior chest wall end?

A

The base of the lung (clinician’s terminology) which is the inferoposterior part of the inferior lobe of the lung at the level of 10th thoracic vertebra on the posterior wall of the chest

45
Q

What is the anatomical base of the lung?

A

The diaphragmatic surface of the lung.

46
Q

Where should you hear normal breath sounds?

A

You should hear normal breath sounds all over the chest.

47
Q

What are normal breath sounds the result of?

A

These sounds are the result of air turbulence in the airways. Breath sounds do not originate in the alveoli.

48
Q

What are the two normal types of recognisable breath sound?

A

Two types of normal breath sounds are recognizable; bronchial sound and vesicular sound

49
Q

Where are bronchial sounds heard? [5]

A

These high pitch notes are normally heard over:

  1. trachea (neck)
  2. suprasternal notch
  3. manubrium
  4. sternal angle
  5. sternoclavicular joints
50
Q

Why are bronchial sounds heard over trachea (neck), suprasternal notch, manubrium, sternal angle, and sternoclavicular joints high pitched?

A

In these areas,the airways are not surrounded by alveolar tissue, and therefore, the air turbulence in them is heard without any filtering.

51
Q

Where are vesicular sounds heard?

A

These low pitch notes will be present all over the rest of the chest area where normal lung tissue is present.

52
Q

What causes the low pitch vesicular sound?

A

The lung tissue filters the sounds of air turbulence, which results in the low pitch vesicular sound.

53
Q

What part of the stethoscope do you use to examine most of the area of the chest (below the clavicle)?

A

The diaphragm of the stethoscope

54
Q

What part of the stethoscope do you use to examine the area just above the clavicle where apices of the lungs are present?

A

The bell of the stethoscope

55
Q

Where can you not auscultate in females?

A

In females, you must not auscultate over the breast tissue.

56
Q

Where can you access the middle lobe in females?

A

The only place you can access the middle lobe of the (right) lung is just below the right axilla.

57
Q

Where can you auscultate the middle lobe in females (level)?

A

The lower lobes, on the anterior chest wall in females, can be accessed just below the base of the breast (at the level of the 6th rib).

58
Q

What do you compare during auscultation of the lungs?

A

You will compare each side of the chest with the other, both anteriorly and posteriorly.

59
Q

What can you do if breath sounds are inaudible?

A

You will ask the patient to take deep breaths in and out through the open mouth.

60
Q

What is the lung hilum?

A

The mid point of scapular and posterior median line opposite the spines of T4-T6

61
Q

What is responsible for the production of normal breath sounds?

A

Airflow in the tracheo-bronchial passages

62
Q

What creates normal breath sounds?

A

Turbulence in the airways

63
Q

Why is the vesicular (or alveolar) breath sound a misnomer?

A

In the lung alveoli, the airflow is not turbulent and as a result breath sounds are not generated at the alveolar level.

64
Q

Where are vesicular breath sounds produced?

A

Vesicular (alveolar) breath sounds are produced within the airways and filtered by the surrounding lung tissues.

65
Q

Where is the inspiratory component of vesicular breath sounds produced?

A

The inspiratory sound is mainly produced in the lobar and segmental airways

66
Q

Where is the expiratory component of vesicular breath sounds produced?

A

The expiratory sound is produced in the more central airways.

67
Q

What is the quality of vesicular breath sounds? Inspiratory vs expiratory phase length? intensity of inspiration vs expiration? pitch of expiration vs inspiration? pause/no pause between expiration and inspiration?

A

Soft, low pitched, and rustling in quality
Inspiratory phase lasts longer than the expiratory phase
Intensity of inspiration is greater than that of expiration
Inspiration is higher pitch than expiration
No pause between inspiration and expiration

68
Q

What should you note when auscultating the lungs?

A

The intensity of the breath sounds

69
Q

When will the intensity of the vesicular breath sound be reduced? [2]

A

If there is poor sound generation in the airways or poor sound transmission through the tissues.

70
Q

What are the main causes of reduction in intensity of vesicular breath sound? [7]

A
  1. Shallow breathing,
  2. Airway obstruction,
  3. Hyperinflation,
  4. Pneumothorax,
  5. Pleural effusion
  6. Pleural thickening
  7. Obesity.
71
Q

When does expiration become prolonged (vesicular breath sounds)?

A

In obstructive lung diseases like asthma and chronic bronchitis the expiration becomes prolonged.

72
Q

Where are bronchial breath sounds heard? level? vertebrae? anterior/posterior?

A

Bronchial breath sounds are normally heard anteriorly over the manubrium and posteriorly between the 7th cervical (C7 ) and 3rd thoracic (T3 ) vertebrae.

73
Q

Characteristics of bronchial breath sounds:
pitch?
expiratory vs expiratory phase: length? pause distinction?
Location? [2]

A

It has the following characteristics:

It is loud, hollow, and high pitch
Expiratory phase is longer than the inspiratory
There is distinct pause between inspiration and expiration.
It is normally heard over the manubrium and interscapular area.

74
Q

Where are bronchial breath sounds heard outside of the manubrium/interscapular area?

A

Areas of pathology such as consolidation, localised pulmonary fibrosis, pleural effusion and collapsed lung.

75
Q

What is tactile vocal fremitus?

A

Tactile Vocal Fremitus is the vibration of the chest wall during vocal sounds

76
Q

What is the cause of tactile vocal remits?

A

The vocal cords vibrate in speech, which transmits from the larynx down the bronchial tree and into the chest wall, where they can be felt by the hand.

77
Q

What do you ask patients to say during tactile vocal fremitus?

A

99

78
Q

What causes a decrease in the tactile vocal fremitus? [2 groups’

A

An decrease in density, such as from the air in a pneumothorax, COPD

It can also be caused by an increase in the distance between the chest wall and the lungs, for instance with fluid, in pleural effusion.

79
Q

What causes an increase in the tactile vocal fremitus? [1 - 3 subparts]

A

An increase in density, such as consolidation in pneumonia, or tumour tissue in cancer

80
Q

What should you do when palpating from one set of lymph nodes to another?

A

When palpating from one set of lymph nodes to another, make sure to continue palpating in a circular motion without lifting your fingers off the patient.

81
Q

What is the purpose of this action: “when palpating from one set of lymph nodes to another, make sure to continue palpating in a circular motion without lifting your fingers off the patient”?

A

This is to ensure no lymph nodes are missed.

82
Q

What are the cervical lymph nodes to be palpated? [8 + location]

A

Submental nodes –inferior to the chin
Submandibular nodes –inferior to the angle of the mandible
Preauricular/parotid nodes –anterior to the ear (technically the preauricular and parotid nodes are two separate sets of nodes, but because of their close proximity, they are usually palpated at the same time.)
Postauricular nodes - posterior to the ear
Occipital nodes - base of the occipital
Superior deep cervical nodes - superior part of the sternocleidomastoid
Inferior deep cervical nodes - inferior part of the sternocleidomastoid
Supraclavicular nodes - superior to the clavicle

83
Q

Respiratory causes of cervical lymph node lymphadenopathy [4]

A

Respiratory causes of cervical lymph node lymphadenopathy

Lung cancer metastasising to the lymph nodes
Tuberculosis
Sarcoidosis
Respiratory tract infection

84
Q

On examination you find the patient’s trachea displaced to the left, which of the following conditions side would cause this?

Left pleural effusion
Right pneumonectomy
Right upper lobe collapse
Right tension pneumothorax

A

Right tension pneumothorax

85
Q

You find hyper resonant percussion on the patient’s right 2nd intercostal space, which is the most likely cause?

Hollow bowels
Consolidation
Lung tumour
Pleural effusion
Pneumothorax
A

Pneumothorax

86
Q

Whilst auscultating posteriorly at the level of the spine of the scapulae on the right hand side, which lobe are you auscultating over?

Left superior lobe
Lingula
Right inferior lobe
Right middle lobe
Right superior lobe
A

Right superior lobe

87
Q

On auscultation you observe that the expiration phase is prolonged, which of the following is most likely to cause this?

Chronic bronchitis
Pleural effusion
Pleural thickening
Pneumothorax
Obesity
A

Chronic bronchitis

88
Q

You notice increased tactile vocal fremitus isolated to the patient’s right lower lobe, which is the mostly likely cause for this?

Asthma
Consolidation
COPD
Pneumothorax
Pleural effusion
A

Consolidation