Breathing Interventions Flashcards

1
Q

What is pursed-lip breathing, and what are its benefits?

A
  • Pursed-lip breathing involves inhaling through the nose for 2-3 seconds and exhaling through pursed lips for 4-6 seconds.
  • Benefits include reducing respiratory rate, relieving dyspnea, and preventing airway collapse.
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2
Q

Define dyspnea relief positions.

A

Dyspnea relief positions, such as the:

  • tripod
  • reverse Trendelenburg
  • semi-Fowler positions

Are body positions that aid in reducing breathing effort and improving ventilation.

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3
Q

What is paced breathing?

A

Paced breathing is the volitional coordination of breathing during activity to decrease work of breathing and prevent dyspnea.

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4
Q

Define diaphragmatic breathing.

A

Diaphragmatic breathing focuses on outward motion of the abdominal wall with minimal upper rib cage movement during inspiration, helping reduce accessory muscle use and improve oxygenation.

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5
Q

What is paired breathing?

A

Paired breathing coordinates breath with movement, such as inhalation with upward gaze and trunk extension, and exhalation with downward gaze and trunk flexion.

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6
Q

What is the sniff technique in diaphragmatic training?

A

The sniff technique involves taking 3 sniffs in a row to activate the diaphragm, progressing to slower and deeper sniffs over time.

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7
Q

Define inspiratory muscle training (IMT).

A

IMT involves strengthening inspiratory muscles using devices like threshold trainers, with resistance based on the patient’s maximal inspiratory pressure (MIP).

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8
Q

What is the purpose of stacked breathing?

A

Stacked breathing involves taking a series of progressively larger breaths to increase tidal volume and improve cough effectiveness.

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9
Q

Define sustained maximal inspiration (SMI).

A

Sustained Maximal Inspiration (SMI), often performed using incentive spirometry, is a maximal inspiratory effort held for 3 or more seconds to promote alveolar expansion and improve ventilation.

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10
Q

What is lateral costal breathing?

A

Lateral costal breathing focuses on expanding the lateral thoracic region during inhalation, often with tactile cues from the therapist to improve chest wall mobility.

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11
Q

What are the indications for incentive spirometry?

A

Indications include:

  • post-operative atelectasis prevention
  • restrictive lung disease
  • conditions with reduced lung compliance
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12
Q

What is the tripod position, and when is it used?

A

The tripod position involves leaning forward with arms supported, allowing accessory muscle use for thoracic expansion, commonly used for dyspnea relief.

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13
Q

Define segmental breathing.

A

Segmental breathing uses tactile or verbal cues to direct air into specific lung regions, improving ventilation in localized areas with poor air movement.

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14
Q

What is energy conservation in pulmonary rehab?

A

Energy conservation involves adapting tasks to reduce dyspnea, such as slowing pace, organizing activities, and using rest breaks effectively.

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15
Q

What is the semi-Fowler position, and why is it beneficial?

A

The semi-Fowler position involves lying supine with the head of the bed elevated to 45 degrees, reducing dyspnea and aiding in conditions like CHF.

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16
Q

What are the main goals of breathing interventions in pulmonary rehab?

A

The goals include:

  • improving ventilation
  • reducing dyspnea, enhancing oxygenation
  • increasing tidal volume
  • promoting efficient breathing patterns
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17
Q

How does pursed-lip breathing improve respiratory function?

A

Pursed-lip breathing maintains small positive pressure in the airways, prevents airway collapse, and promotes effective exhalation.

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18
Q

What are the benefits of dyspnea relief positions like the tripod position?

A

These positions allow accessory muscle use, reduce breathing effort, and promote thoracic expansion to improve ventilation.

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19
Q

What is the purpose of paced breathing during activity?

A

Paced breathing helps synchronize breathing with activity to decrease work of breathing and prevent dyspnea.

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20
Q

Why is diaphragmatic breathing emphasized in pulmonary rehab?

A

It reduces accessory muscle use, improves oxygenation, and increases tidal volume by promoting efficient diaphragmatic motion.

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21
Q

How does inspiratory muscle training (IMT) strengthen respiratory muscles?

A

IMT uses resistance devices to challenge inspiratory muscles, improving their strength and endurance over time.

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22
Q

What is the significance of using incentive spirometry in post-operative patients?

A

Incentive spirometry helps prevent atelectasis, promotes alveolar expansion, and restores normal breathing patterns.

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23
Q

What are the key steps in performing lateral costal breathing?

A

Position the patient based on goals, provide tactile cues on the lateral thoracic area, and guide them to breathe into your hands to promote thoracic expansion.

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24
Q

What are the main indications for segmental breathing?

A

Segmental breathing is indicated for localized consolidation, atelectasis, or pneumonia to direct air into poorly ventilated lung regions.

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25
Q

How do relaxation techniques support breathing interventions?

A

Relaxation techniques reduce anxiety, improve breathing efficiency, and help patients focus on controlled breathing patterns.

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26
Q

What are the components of effective energy conservation strategies for pulmonary patients?

A

Components include pacing activities, using proper body mechanics, scheduling rest breaks, and organizing tasks to minimize effort.

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27
Q

What is paired breathing, and how does it assist pulmonary patients?

A

Paired breathing coordinates breathing with movement, improving ventilation and reducing dyspnea during functional activities.

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28
Q

What are the expected outcomes of stacked breathing?

A

Outcomes include increased tidal volume, improved cough effectiveness, and better ventilation in patients with restrictive lung conditions.

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29
Q

What is the role of the sniff technique in diaphragmatic breathing training?

A

The sniff technique helps patients activate the diaphragm, serving as a progression toward full diaphragmatic breathing.

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30
Q

What is sustained maximal inspiration (SMI), and why is it important?

A

SMI involves a maximal inspiratory effort held for 3+ seconds to promote alveolar expansion, improve ventilation, and prevent pulmonary complications.

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31
Q

How would you differentiate between pursed-lip breathing and diaphragmatic breathing?

A

Pursed-lip breathing focuses on prolonging exhalation to maintain airway patency, while diaphragmatic breathing emphasizes abdominal wall motion to reduce accessory muscle use.

32
Q

When would you recommend the semi-Fowler position over the tripod position?

A

The semi-Fowler position is ideal for patients with CHF or those who cannot sit upright, while the tripod position is more effective for dyspnea relief using accessory muscles.

33
Q

How does lateral costal breathing assist in post-operative recovery?

A

It improves thoracic mobility, enhances regional ventilation, and prevents pulmonary complications like atelectasis.

34
Q

What is the purpose of stacking breaths in patients with restrictive lung diseases?

A

Stacking breaths increases tidal volume, enhances alveolar expansion, and improves breathing patterns in restrictive conditions.

35
Q

When should you avoid inspiratory muscle training (IMT)?

A

IMT should be avoided in patients with severe respiratory muscle fatigue, unstable cardiovascular conditions, or acute respiratory distress.

36
Q

Why is paced breathing effective during stair climbing?

A

Paced breathing synchronizes breathing with activity, reducing the work of breathing and preventing dyspnea.

37
Q

What adjustments would you make for a patient struggling with the sniff technique?

A

Encourage slower, smaller sniffs to improve diaphragm activation and provide proprioceptive feedback to guide breathing motion.

38
Q

How does the incentive spirometer prevent atelectasis?

A

It encourages deep, sustained inhalation to reopen alveoli, improve ventilation, and clear mucus obstructions.

39
Q

What are the benefits of relaxation techniques in patients with anxiety-related dyspnea?

A

Relaxation techniques reduce anxiety, slow respiratory rate, and promote efficient breathing patterns.

40
Q

How does segmental breathing improve ventilation in localized areas of the lung?

A

It uses tactile and verbal cues to direct air into poorly ventilated lung regions, improving oxygenation and reducing atelectasis.

41
Q

What modifications would you make for a patient with dyspnea during lateral costal breathing?

A

Use a less demanding position, provide additional tactile cues, and incorporate rest periods as needed.

42
Q

When would you use the reverse Trendelenburg position for dyspnea relief?

A

It is used to reduce abdominal pressure on the diaphragm, particularly in obese patients or those with severe dyspnea.

43
Q

How would you instruct a patient to perform paired breathing?

A

Guide them to inhale with upward gaze and trunk extension, and exhale with downward gaze and trunk flexion, coordinating movement with breath.

44
Q

What considerations are necessary when prescribing IMT for a post-COVID-19 patient?

A

Start with low resistance (30-40% MIP), ensure gradual progression, and monitor for signs of fatigue or desaturation.

45
Q

How does diaphragmatic breathing improve oxygenation?

A

It promotes efficient lung filling by using the diaphragm, increasing tidal volume, and reducing accessory muscle strain.

46
Q

What is the role of tactile cues in segmental breathing?

A

Tactile cues direct the patient’s breath to specific lung areas needing improved ventilation, enhancing the effectiveness of the technique.

47
Q

Why is paced breathing important for patients with inefficient breathing patterns?

A

It ensures controlled, coordinated breathing during activities, reducing effort and preventing dyspnea.

48
Q

How can stacking breaths improve a patient’s cough effectiveness?

A

It increases lung volume, allowing for a more forceful and productive cough to clear secretions.

49
Q

How would you modify breathing interventions for a patient with high anxiety?

A

Incorporate relaxation techniques, provide a calm environment, and focus on simple, less demanding interventions like pursed-lip breathing.

50
Q

What are the advantages of paired breathing for functional activities?

A

It integrates breath with movement, reducing dyspnea and improving coordination during daily tasks.

51
Q

Why is semi-Fowler positioning effective for managing orthopnea?

A

It elevates the head and trunk, reducing the effects of gravity on fluid retention and easing breathing.

52
Q

How would you evaluate the success of breathing interventions?

A

Assess reductions in dyspnea, improved tidal volume, enhanced oxygenation, and patient-reported outcomes.

53
Q

What adjustments would you make for a patient experiencing fatigue during IMT?

A

Reduce resistance, shorten session duration, and ensure adequate rest breaks between attempts.

54
Q

How does diaphragmatic breathing reduce respiratory rate?

A

By promoting efficient lung filling and emptying, it minimizes unnecessary rapid breaths, leading to a slower respiratory rate.

55
Q

What is the purpose of tactile feedback during lateral costal breathing?

A

Tactile feedback helps the patient focus on expanding the thoracic region, improving chest wall mobility and ventilation.

56
Q

A patient with severe dyspnea is unable to tolerate upright positions. Which breathing intervention would you prioritize, and why?

A

The reverse Trendelenburg position can be used to reduce abdominal pressure on the diaphragm and facilitate easier breathing in a supine posture.

57
Q

How would you teach pursed-lip breathing to a patient with emphysema?

A

Instruct the patient to inhale through the nose for 2-3 seconds, then exhale slowly through pursed lips for 4-6 seconds, emphasizing controlled, prolonged exhalation.

58
Q

A post-operative patient struggles with clearing secretions. Which technique would you recommend?

A

Incentive spirometry combined with stacked breathing to promote alveolar expansion and improve cough effectiveness.

59
Q

A patient experiences dyspnea while walking. How would you apply paced breathing?

A

Instruct the patient to inhale through the nose for 2 steps and exhale through pursed lips for 4 steps, adjusting the pace to match their breathing limits.

60
Q

A patient has limited thoracic mobility after thoracic surgery. What intervention would you use?

A

Lateral costal breathing with tactile cues to improve thoracic mobility and regional ventilation.

61
Q

How would you modify IMT for a patient with respiratory muscle fatigue?

A

Start with low resistance (30% MIP), reduce session duration, and gradually increase intensity based on tolerance.

62
Q

A patient with restrictive lung disease has difficulty achieving deep breaths. What technique would you prioritize?

A

Stacked breathing to gradually increase tidal volume and improve breathing patterns.

63
Q

A patient reports anxiety-related dyspnea. What is your first intervention?

A

Use relaxation techniques combined with paced breathing to reduce anxiety and improve breathing efficiency.

64
Q

How would you adapt breathing interventions for a patient with quadriplegia?

A

Incorporate incentive spirometry and diaphragmatic breathing to optimize ventilation and prevent atelectasis.

65
Q

A patient in the ICU is recovering from COVID-19 with significant inspiratory weakness. What intervention would you initiate?

A

Start IMT at 30-40% MIP, focusing on gradual resistance increases over several weeks to strengthen inspiratory muscles.

66
Q

What adjustments would you make for a patient unable to achieve thoracic expansion during lateral costal breathing?

A

Reposition the patient for better comfort, provide stronger tactile cues, and ensure they practice in a relaxed state.

67
Q

A patient with CHF has difficulty lying flat due to orthopnea. What position would you recommend?

A

The semi-Fowler position, with the head of the bed elevated to 45 degrees, to improve breathing comfort and reduce dyspnea.

68
Q

A patient with poor cough effectiveness has localized consolidation in the left lower lobe. What interventions would you use?

A

Segmental breathing with postural drainage to target the affected lung region and improve secretion clearance.

69
Q

How would you measure progress in a patient undergoing IMT?

A

Monitor increases in MIP values, reduced dyspnea, and improvements in respiratory muscle endurance over time.

70
Q

A patient reports fatigue after IMT sessions. How would you adjust their program?

A

Reduce the resistance level, shorten the session duration, and provide longer rest intervals between sets.

71
Q

A patient struggles with paired breathing coordination. What modifications would you suggest?

A

Simplify the movements, practice in a seated or lying position, and use verbal cues to guide coordination.

72
Q

What is your plan for a patient with anxiety preventing full participation in pulmonary rehab?

A

Incorporate relaxation techniques, start with simple breathing exercises like pursed-lip breathing, and gradually build their confidence.

73
Q

How would you adapt paced breathing for a patient performing functional tasks like lifting?

A

Instruct the patient to inhale before lifting and exhale through pursed lips during the lift, maintaining a steady pace.

74
Q

A patient undergoing post-operative care cannot take deep breaths. What is your initial intervention?

A

Introduce incentive spirometry to encourage deep breaths and promote alveolar expansion.

75
Q

How would you educate a patient with COPD about energy conservation techniques?

A

Teach them to pace activities, use proper breathing techniques, schedule rest breaks, and organize tasks to minimize effort.