Ineffective Breathing Pattern Nursing Diagnosis: Care Plans, Interventions & Assessment

The ineffective breathing pattern nursing diagnosis shows up everywhere in nursing school — in COPD, post-op recovery, anxiety, opioid reactions — and it’s one of the easiest to mix up with two other respiratory diagnoses that look almost identical on paper. If care plans for breathing problems feel like a blur right now, you’re not alone, and it’s not because you’re not studying hard enough. It’s usually because nobody slowed down to show you the pattern.

Let’s make it simple. This guide walks through the ineffective breathing pattern nursing diagnosis from the ground up: what it actually means (and its NANDA-I code), how to tell it apart from ineffective airway clearance and impaired gas exchange, how to assess it, and 7 ready-to-adapt sample care plans with goals, interventions, rationales, and evaluation. You’ll also get a copy-ready “related to” statement bank, an FDAR charting example, escalation red flags, and an NCLEX-style practice question.

Scope note. This is an educational resource for nursing students, not a substitute for your facility’s policies or a provider’s orders. Always follow institutional protocols, current provider orders, and your instructor’s guidance for real patients. Unless otherwise stated, this guide is adult-focused — pediatric respiratory rates, work-of-breathing signs, oxygen devices, and escalation thresholds differ by age and facility protocol.

Quick answer. An ineffective breathing pattern (NANDA-I diagnosis 00032) is a state where the rate, depth, rhythm, or effort of breathing doesn’t move enough air to meet the body’s needs — think tachypnea, shallow breaths, or accessory-muscle use. It’s about how a patient breathes, and left untreated it can progress to respiratory failure.

NANDA-I verification & licensing. This article paraphrases NANDA-I for educational purposes. Verify the exact label, code, definition, related factors, defining characteristics, and licensing/reproduction requirements against the current NANDA-I edition required by your program or publisher — NANDA-I Nursing Diagnoses: Definitions and Classification, 2024–2026 (13th ed.) is the primary reference at the time of writing.

At a glance: pattern → likely problem → first nursing action

Common mistakes to avoid. (1) Confusing the three respiratory diagnoses (see the comparison below). (2) Cranking O₂ to 100% on a COPD patient — over-oxygenation can worsen CO₂ retention. (3) Using paper-bag rebreathing for hyperventilation — it’s outdated and unsafe. (4) Laying a seizing or postictal patient flat (supine) — the airway-protective position is side-lying.

In this guide

• What is an ineffective breathing pattern?
• Ineffective breathing pattern vs. airway clearance vs. gas exchange
• Defining characteristics, related factors & causes
• Signs and symptoms (plus abnormal breathing patterns)
• Nursing assessment: clinical cues
• Diagnostic studies and ABGs
• Oxygen targets
• Nursing goals and expected outcomes
• Nursing interventions and rationales
• “Related to” diagnostic statements (copy-ready)
• Sample care plans for ineffective breathing pattern
• FDAR charting example
• Escalation red flags
• Discharge and patient teaching
• NCLEX practice question
• FAQs
• Related resources
• References

What is an ineffective breathing pattern?

An ineffective breathing pattern is a nursing diagnosis describing inspiration and/or expiration that doesn’t provide adequate ventilation. In plain terms: the mechanics of breathing — the rate, depth, rhythm, or effort — have gone off, so the patient isn’t moving enough air, even if their airway is open and gas can still cross the lungs.

Here’s the high-yield framing NANDA-I uses:

• Diagnosis: Ineffective Breathing Pattern
• Code: 00032
• Domain: 4 — Activity/Rest
• Class: 4 — Cardiovascular/Pulmonary Responses

Why it matters: when breathing becomes too fast, too slow, too shallow, or too labored, the body can’t reliably move oxygen in and carbon dioxide out. If it isn’t corrected, an ineffective breathing pattern can slide into hypoxemia, respiratory muscle fatigue, and ultimately respiratory failure. That’s why this diagnosis sits high on the priority list — it maps directly onto the “B” (Breathing) in your ABCs.

Ineffective breathing pattern vs. airway clearance vs. gas exchange

This is the part students mix up most, so lock it in. There are three closely related respiratory nursing diagnoses, and the NCLEX loves to make you choose between them. The trick is to ask what the core problem is.

How to choose:

• If the problem is the pattern or effort of breathing (and the airway is clearing, gas is transferring) → Ineffective Breathing Pattern.
• If secretions or obstruction are the driver → Ineffective Airway Clearance.
• If the lab/oxygenation defect dominates (abnormal ABG, hypoxemia) → Impaired Gas Exchange.

One honest caveat: these overlap constantly. A patient in a COPD exacerbation can meet criteria for all three at once. When that happens, pick the diagnosis your assessment data best support, and prioritize by ABCs. If abnormal ABGs and hypoxemia dominate, impaired gas exchange is often the more accurate (and higher-acuity) primary label even when a breathing-pattern problem also exists.

Defining characteristics, related factors & causes

Modern NANDA-I doesn’t lump everything into “causes.” It splits the picture into defining characteristics (the cues you assess), related factors (what nurses can modify), at-risk populations, and associated conditions (medical diagnoses outside independent nursing control). Learning the buckets separately makes building your care plan much faster.

Defining characteristics (clinical cues): altered respiratory rate or depth, shallow breaths, reduced chest expansion, use of accessory muscles, nasal flaring, pursed-lip breathing, orthopnea, prolonged expiratory phase, dyspnea, bradypnea or tachypnea, decreased vital capacity or minute ventilation, and adopting a three-point (tripod) position.

Related factors (modifiable): anxiety, pain, fatigue and respiratory-muscle fatigue, body positions that limit lung expansion, obesity (mechanical restriction), and hyperventilation/hypoventilation behaviors.

At-risk populations: infants and young children, whose airway and respiratory mechanics are still developing.

Associated conditions (medical diagnoses driving it): neurological or musculoskeletal impairment affecting the respiratory muscles or chest wall (for example, spinal cord injury or neuromuscular disease), chest-wall deformity, conditions that reduce respiratory drive, and hyperventilation/hypoventilation syndromes. Common clinical culprits include COPD, asthma, pneumonia, heart failure, pulmonary embolism, seizures, and the effects of sedatives or opioids.

Signs and symptoms (plus abnormal breathing patterns)

These are the cues that tell you a patient is struggling to breathe effectively. Spell out the abbreviations as you learn them — they show up constantly in question stems.

• Bradypnea — abnormally slow breathing (RR <12/min in adults)
• Tachypnea — fast, often shallow breathing (RR >20/min)
• Dyspnea — the subjective feeling of breathlessness
• Orthopnea — breathlessness lying flat, relieved by sitting up
• Use of accessory muscles — sternocleidomastoid, scalenes, intercostals working to breathe
• Nasal flaring and retractions — visible signs of increased work of breathing
• Pursed-lip breathing — exhaling slowly through pursed lips (common in COPD)
• Cyanosis — bluish lips/tongue (central cyanosis is a late, ominous sign)
• Tripod positioning — leaning forward on the arms to ease breathing
• Decreased chest expansion and prolonged expiration

Abnormal breathing patterns to recognize

Some patterns are testable on sight. Don’t memorize them in isolation — anchor each one to the condition it signals.

Don’t mix these up: dyspnea is the feeling of breathlessness, orthopnea is breathlessness when lying flat, and apnea is the absence of breathing. Same family, different cues.

Careful with Kussmaul breathing. Don’t coach a patient with suspected Kussmaul respirations to slow their breathing. That deep, rapid pattern is usually compensating for metabolic acidosis (like DKA or uremia) — the priority is treating the underlying cause and escalating, not suppressing ventilation. Breathing retraining is for anxiety-driven or dysfunctional patterns, not compensatory ones.

Nursing assessment: clinical cues

A focused respiratory assessment is the backbone of the ineffective breathing pattern nursing diagnosis — it’s how you gather the defining characteristics that justify the label. Work through the classic sequence and trust your eyes before your stethoscope.

Inspect. Count the rate (normal adult 12–20/min), then note rhythm, depth, and symmetry of chest rise. Watch work of breathing: accessory-muscle use, nasal flaring, retractions, tripod positioning, and whether the patient can speak in full sentences. Check color (central cyanosis is late and serious).

Palpate. Assess chest expansion and tactile fremitus (increased over consolidation, decreased over effusion, pneumothorax, or hyperinflation).

Percuss. Resonant is normal; dullness suggests consolidation or effusion; hyperresonance suggests air trapping or pneumothorax.

Auscultate. Listen for normal breath sounds versus adventitious ones — crackles (fluid/atelectasis), wheezes (bronchospasm), rhonchi (large-airway secretions), stridor (upper-airway obstruction — an emergency), and diminished or absent sounds. A silent chest in a wheezing asthmatic is critical, not reassuring.

Monitor objectively. Trend SpO₂ continuously. For sedated or opioid-treated patients, add capnography (EtCO₂ normal 35–45 mmHg) — it can detect apnea or hypoventilation earlier than SpO₂, especially when supplemental oxygen masks desaturation. Trend the waveform, respiratory rate, sedation score, and clinical appearance together; a “normal” SpO₂ on supplemental oxygen can hide early hypoventilation.

Diagnostic studies and ABGs

The single most useful test for a breathing-pattern problem is the arterial blood gas (ABG), because PaCO₂ is the direct marker of ventilation.

The high-yield logic:

• ↑PaCO₂ with ↓pH = respiratory acidosis = hypoventilation — the classic breathing-pattern finding in opioid overdose, CNS depression, and severe COPD.
• ↓PaCO₂ with ↑pH = respiratory alkalosis = hyperventilation — seen with anxiety, pain, early sepsis, and pulmonary embolism.

Other studies: pulse oximetry (easy and continuous, but remember it measures oxygenation, not ventilation or CO₂ — and its accuracy can be affected by poor perfusion, skin pigmentation, skin thickness/temperature, tobacco use, motion, and nail polish or artificial nails; it can read falsely high in carbon monoxide poisoning); capnography/EtCO₂ (early warning of respiratory depression); chest X-ray (structural causes like pneumothorax or effusion); and spirometry/PFTs (obstructive vs. restrictive patterns).

EtCO₂ isn’t a stand-alone substitute for PaCO₂. It’s great for trending ventilation and catching apnea/hypoventilation, but in COPD, pulmonary embolism, shock/low cardiac output, or major V/Q mismatch the end-tidal value can diverge from the arterial one. Get an ABG (or VBG) when CO₂ retention, a severe COPD exacerbation, metabolic derangement, or clinical deterioration is suspected.

Interpret ABGs in context. Read the numbers alongside the patient’s oxygen device/FiO₂, baseline lung disease, altitude, and clinical appearance. A PaO₂ on room air and a PaO₂ on supplemental oxygen don’t mean the same thing, and “normal” PaO₂ shifts with age and altitude.

Oxygen targets

Oxygen is a drug, and the target depends on the patient. Per the British Thoracic Society:

• Most acutely ill adults: target SpO₂ 94–98%.
• COPD or other risk of hypercapnic respiratory failure: target SpO₂ 88–92%, pending ABGs.

This is corroborated by GOLD 2026 for COPD. The takeaway that trips students up: don’t reflexively push a COPD patient to 100%. Over-oxygenation in a CO₂-retainer can precipitate hypercapnia and CO₂ narcosis. Titrate to the ordered target and recheck gases.

But read the flip side just as carefully: don’t withhold oxygen from a severely hypoxemic or peri-arrest patient. Oxygen is the treatment for hypoxemia — stabilize the patient first, then titrate down to the ordered target (commonly 88–92% pending ABGs for COPD/hypercapnic-risk patients) as soon as it’s clinically safe. The goal is a target range, not fear of oxygen.

Nursing goals and expected outcomes

Good outcomes for the ineffective breathing pattern nursing diagnosis are specific, measurable, and tied to the patient’s baseline. Frame them SMART. The patient will:

• Maintain a respiratory rate within an acceptable range (often 12–20/min) with reduced work of breathing.
• Maintain SpO₂ within the ordered target (for example, 88–92% for COPD, ≥94–95% for most others).
• Report decreased dyspnea (for example, ≤4/10) within a defined timeframe.
• Demonstrate an effective breathing technique (such as pursed-lip or paced breathing) before discharge.
• Show no signs of respiratory deterioration (ABGs trending toward normal, clear or improving lung sounds).

Nursing interventions and rationales

Every intervention below pairs an action with the reason behind it — that’s how you answer “select all that apply” with confidence, and it’s what your instructor wants to see in a care plan.

Position for easier breathing. Place the patient in semi- to high-Fowler’s (HOB 45–90°) to improve diaphragmatic excursion and lung expansion. Support a tripod/orthopneic position if they adopt one because it recruits accessory muscles and eases the work of breathing.

Coach breathing retraining. Teach pursed-lip breathing to slow the respiratory rate, increase tidal volume, and reduce air trapping — the evidence is strongest in COPD. Add diaphragmatic (belly) breathing and paced breathing to decrease accessory-muscle reliance and manage exertional dyspnea.

Use incentive spirometry wisely. Incentive spirometry is a selective adjunct — combine it with deep breathing, directed coughing, early mobilization, and good analgesia rather than relying on it alone, since deep breathing gives comparable benefit.

Titrate oxygen and escalate support. Apply oxygen to the ordered target (low-flow nasal cannula → Venturi mask for precise FiO₂ in COPD → non-rebreather for emergencies). Escalate to non-invasive ventilation — anticipate bilevel NIV (BiPAP) in a COPD exacerbation when respiratory acidosis persists despite bronchodilators, controlled oxygen, and standard therapy (for example pH ≤7.35 with PaCO₂ >45 mmHg and RR >20–24); CPAP is used for cardiogenic pulmonary edema. Prepare for intubation instead when the patient can’t protect the airway, is vomiting, has respiratory arrest, or is deteriorating rapidly.

Give medications per order. Administer bronchodilators (albuterol, ipratropium) to relieve bronchospasm and air trapping and corticosteroids to reduce airway inflammation in COPD/asthma exacerbations.

Watch for opioid-induced respiratory depression. Opioids blunt central respiratory drive, causing bradypnea and hypoventilation. If you see RR <8–10 with sedation and pinpoint pupils, stop the opioid and support ventilation first with bag-mask and oxygen, then give naloxone per protocol to reverse the depression — naloxone doesn’t replace ventilation. Keep monitoring afterward, because naloxone’s half-life is shorter than many opioids and re-sedation can occur.

Address anxiety without paper bags. For anxiety-driven hyperventilation, stay with the patient, coach slow controlled breathing, and remove stimuli to reduce sympathetic drive. Do not use paper-bag rebreathing — it’s outdated and unsafe — and rule out organic causes (PE, ACS, DKA, sepsis) before attributing breathlessness to anxiety.

Pace activity and monitor. Cluster care and allow rest to prevent fatigue, and reassess respiratory status, SpO₂, and ABGs/EtCO₂ regularly for early detection of deterioration. When dyspnea limits movement, link your plan to activity intolerance.

“Related to” diagnostic statements (copy-ready)

Students search for these constantly, so here’s how to build them. A full (actual) diagnosis is three parts: the problem + related to (etiology) + as evidenced by (defining characteristics). A risk diagnosis is two parts (problem + related to risk factors) — no “as evidenced by,” because the problem hasn’t happened yet.

For strict NANDA-style writing, keep the nursing-modifiable contributors in the “related to” phrase where possible — pain, anxiety, fatigue, respiratory-muscle fatigue, positioning — and treat medical drivers (COPD exacerbation, asthma, opioid therapy, neuromuscular disease, ascites) as associated conditions or context. Many school worksheets still allow the medical condition directly in “related to,” so follow your program’s rules. The examples below lead with modifiable factors and note the medical driver as context.

• Ineffective breathing pattern related to respiratory-muscle fatigue and air trapping (in a COPD exacerbation) as evidenced by dyspnea, prolonged expiration, pursed-lip breathing, and RR 28.
• Ineffective breathing pattern related to incisional pain and splinting as evidenced by shallow respirations and reluctance to deep-breathe.
• Ineffective breathing pattern related to anxiety as evidenced by tachypnea, reports of “can’t catch my breath,” and circumoral tingling.
• Ineffective breathing pattern related to decreased respiratory drive from opioid therapy as evidenced by RR 6, shallow respirations, and SpO₂ 84%.
• Risk for ineffective breathing pattern related to incisional pain, restricted positioning, and effects of anesthesia. (Risk = no “as evidenced by.”)

Sample care plans for ineffective breathing pattern

Below are 7 sample care plans built around the ineffective breathing pattern nursing diagnosis, each with a NANDA-style statement, SMART goals, interventions with rationales, evaluation, and a note on when a sibling diagnosis might fit better. Adapt them to your patient and verify the label against your program’s current NANDA-I edition.

Before you copy these: real care plans are individualized. Use these as scaffolding, then tailor the etiology and cues to your assigned patient.

Care plan #1 — COPD exacerbation

The first sample care plan for an ineffective breathing pattern is the one you’ll see most: a COPD flare.

Nursing diagnosis: Ineffective breathing pattern related to bronchoconstriction, air trapping, and respiratory-muscle fatigue, as evidenced by dyspnea, prolonged expiration, pursed-lip breathing, accessory-muscle use, and RR 28.

Goals/outcomes:

• Within 1 hour, RR <24 and patient reports reduced dyspnea (≤4/10).
• Maintains SpO₂ 88–92% on titrated oxygen during the shift.
• Demonstrates pursed-lip breathing correctly before discharge.

Evaluation: RR and dyspnea decreased, SpO₂ in target range, ABGs improving, technique demonstrated.

Distinction note: If worsening hypoxemia/hypercapnia at the membrane dominate, impaired gas exchange may be the more accurate primary label — the two often coexist in COPD.

Care plan #2 — Post-operative shallow breathing (splinting)

Nursing diagnosis: Ineffective breathing pattern related to incisional pain and splinting, as evidenced by shallow respirations, reluctance to deep-breathe, RR 24, and SpO₂ 91% on room air.

Goals/outcomes:

• Within 2 hours of analgesia, the patient takes effective deep breaths and SpO₂ returns to the ordered target or baseline (often ≥95% on room air for an otherwise healthy patient; use baseline for COPD, OSA, obesity hypoventilation, or home-oxygen patients).
• Performs deep breathing and directed coughing with a splinting pillow every 1–2 hours.
• Shows no signs of atelectasis or pneumonia through the post-op course.

Evaluation: Deeper respirations, SpO₂ at target/baseline, clear lungs, exercises performed.

Distinction note: Retained secretions or a weak cough point toward ineffective airway clearance; link pain management to the acute pain care plan.

Care plan #3 — Anxiety / acute hyperventilation

Nursing diagnosis: Ineffective breathing pattern related to anxiety, as evidenced by tachypnea (RR 32), reports of “I can’t catch my breath,” circumoral and peripheral tingling, and ABG showing respiratory alkalosis.

Goals/outcomes:

• Within 30 minutes, RR <20 and patient reports reduced anxiety.
• Demonstrates a controlled-breathing technique.
• ABG/EtCO₂ normalizes.

Evaluation: RR normalized, symptoms resolved, technique demonstrated, organic causes excluded. For ongoing management, connect to the anxiety care plan.

Care plan #4 — Opioid-induced respiratory depression

Nursing diagnosis: Ineffective breathing pattern related to opioid-induced central respiratory depression, as evidenced by RR 6, shallow respirations, pinpoint pupils, unarousability to voice, SpO₂ 84%, and rising EtCO₂.

Goals/outcomes:

• Immediately, RR ≥10–12 and SpO₂ ≥94% after intervention.
• Patient becomes arousable and protects the airway.
• No recurrence of hypoventilation during the monitoring window.

Evaluation: RR and SpO₂ restored, patient arousable, no re-sedation.

Distinction note: Severe hypoxemia co-labels as impaired gas exchange, but the primary mechanism here is the breathing pattern (drive) — a great teaching contrast.

Care plan #5 — Risk for ineffective breathing pattern

Nursing diagnosis (risk = related-to only): Risk for ineffective breathing pattern related to incisional pain, prolonged immobility/restricted positioning, and effects of anesthesia or sedation.

Goals/outcomes:

• Maintains RR 12–20 and SpO₂ at the ordered target or baseline (often ≥95% for an otherwise healthy patient) throughout the post-op period with no respiratory deterioration.
• Performs preventive deep-breathing every 1–2 hours.
• Early signs of compromise are detected and escalated promptly.

Evaluation: No ineffective pattern develops; parameters maintained; preventive measures performed.

Care plan #6 — Liver cirrhosis with ascites

A differentiated scenario you won’t find on most care-plan sites: breathing restricted by abdominal pressure. One caution — worsening dyspnea in cirrhosis isn’t always the ascites. Also assess for pleural effusion/hepatic hydrothorax, infection, anemia, pulmonary embolism, hepatopulmonary syndrome, encephalopathy-related hypoventilation, or fluid overload, and escalate if the oxygen requirement climbs.

Nursing diagnosis: Ineffective breathing pattern related to reduced lung expansion secondary to ascites and abdominal distension (in liver cirrhosis), as evidenced by shallow respirations and decreased chest excursion.

Goals/outcomes:

• Respiratory function stays within acceptable limits (RR 12–20, SpO₂ ≥94% or baseline) during the shift.
• No worsening of respiratory effort as fluid status changes.

Evaluation: Adequate respiratory parameters maintained; no atelectasis; effort stable. For the full picture, see the liver cirrhosis care plan.

Care plan #7 — Seizure (postictal airway protection)

Seizures can cause neuromuscular impairment that disrupts breathing or causes brief apnea. Important correction from older guidance: position the patient side-lying (recovery position) with the mouth pointed downward, not supine.

Nursing diagnosis: Ineffective breathing pattern related to neuromuscular impairment during and after a seizure, as evidenced by irregular respirations, apneic pauses, and decreased SpO₂.

Goals/outcomes:

• Maintains a patent airway and adequate ventilation during and after the seizure.
• SpO₂ returns to ≥94% in the postictal period.

Evaluation: Airway maintained, SpO₂ recovered, no aspiration. See the full seizure care plan for more.

Note on the safety correction: Earlier versions of this page advised a supine position to “encourage drainage.” Current first-aid guidance is clear that a side-lying position is what allows secretions to drain and protects the airway in a postictal or unconscious patient.

FDAR charting example

Students often search for how to chart this in FDAR (Focus–Data–Action–Response) format. Here’s a realistic example.

• Focus: Ineffective breathing pattern
• Data: 1430 — Pt reports “I can’t catch my breath.” RR 30 and shallow, accessory-muscle use and nasal flaring noted. SpO₂ 88% on room air. Diffuse expiratory wheezes bilaterally. Speaking in 3–4 word phrases, sitting in tripod position. HR 112, BP 148/86, afebrile.
• Action: Placed in high-Fowler’s. O₂ via nasal cannula at 2 L/min, titrated to target SpO₂ 88–92% (COPD history). Albuterol/ipratropium nebulizer given per order. Coached pursed-lip breathing. Continuous SpO₂ and cardiac monitoring started. Provider notified; ABG ordered.
• Response: 1500 — RR down to 22 and less labored; SpO₂ 91% on 2 L. Wheezes decreased, speaking in full sentences, accessory-muscle use resolved. Pt reports breathing “much easier.” Continuing to monitor.

Escalation red flags

Call for help — rapid response or provider, per facility protocol — and prepare airway/ventilation support if you see any of these:

Discharge and patient teaching

NCLEX practice question

A nurse is caring for a client with COPD who is dyspneic with an SpO₂ of 86% on room air. Which actions are appropriate? (Select all that apply.)

• A. Position the client in high-Fowler’s
• B. Apply oxygen titrated to an SpO₂ target of 88–92%
• C. Apply a non-rebreather at 15 L/min to reach SpO₂ 100%
• D. Coach pursed-lip breathing
• E. Encourage paper-bag rebreathing to correct breathing
• F. Prepare for possible BiPAP if respiratory acidosis develops

Answer: A, B, D, F.

• A, D — positioning and pursed-lip breathing improve lung expansion and reduce air trapping.
• B — in COPD, titrate to 88–92% to avoid oxygen-induced hypercapnia.
• F — BiPAP is appropriate for hypercapnic respiratory failure with acidosis.
• C is wrong — targeting 100% risks CO₂ retention in a COPD patient.
• E is wrong — paper-bag rebreathing is outdated and unsafe.

FAQs

What is the ineffective breathing pattern nursing diagnosis?

The ineffective breathing pattern nursing diagnosis (NANDA-I 00032) describes inspiration and/or expiration that doesn’t provide adequate ventilation — meaning the rate, depth, rhythm, or effort of breathing isn’t moving enough air. It’s classified under Domain 4 (Activity/Rest), Class 4 (Cardiovascular/Pulmonary Responses), and it focuses on how a patient breathes rather than secretions or gas exchange at the membrane.

How do you write an “ineffective breathing pattern related to” statement?

Use three parts for an actual diagnosis: the problem + related to (the etiology) + as evidenced by (the cues you assessed). For example: “Ineffective breathing pattern related to anxiety as evidenced by tachypnea and circumoral tingling.” A risk diagnosis uses only two parts (problem + related to risk factors), with no “as evidenced by.”

What’s the difference between ineffective breathing pattern, ineffective airway clearance, and impaired gas exchange?

Breathing pattern is about the mechanics (rate/depth/rhythm/effort). Ineffective airway clearance is about secretions or obstruction you can’t clear. Impaired gas exchange is about the oxygen/CO₂ defect at the alveolar-capillary membrane (abnormal ABGs, hypoxemia). They overlap often — choose the one your data best support and prioritize by ABCs.

What are the main nursing interventions for an ineffective breathing pattern?

Position in semi- to high-Fowler’s, coach pursed-lip and diaphragmatic breathing, titrate oxygen to the ordered target, give bronchodilators/steroids as prescribed, monitor SpO₂ and ABGs/EtCO₂, treat the underlying cause, and escalate to non-invasive ventilation or intubation if the patient deteriorates.

Is there a “risk for ineffective breathing pattern” diagnosis?

Yes. “Risk for ineffective breathing pattern” is used when the problem hasn’t occurred yet but risk factors are present (for example, post-op incisional pain, restricted positioning, or anesthesia effects). Because it’s a risk diagnosis, it’s written with “related to” risk factors only — no “as evidenced by” — and the goal is prevention.

What’s a normal respiratory rate and SpO₂ target?

A normal adult respiratory rate is 12–20 breaths per minute. SpO₂ targets are 94–98% for most acutely ill adults, but 88–92% for patients at risk of hypercapnic respiratory failure such as those with COPD.

Related resources

• Nursing Diagnosis
• Nursing Interventions
• Nursing Care Plan Template
• Nursing Process
• ADPIE
• Ineffective Airway Clearance Care Plan
• Impaired Gas Exchange (Risk for) Care Note
• COPD Nursing Care Plan
• Pneumonia Nursing Care Plan
• Asthma Nursing Diagnosis & Care Plan
• Anxiety Nursing Care Plan
• Activity Intolerance Interventions
• Liver Cirrhosis Nursing Diagnosis & Care Plan

References

1. Herdman TH, Kamitsuru S, Lopes CT (eds). NANDA-I Nursing Diagnoses: Definitions and Classification, 2024–2026, 13th ed. Thieme; 2024. (Diagnosis 00032; Domain 4, Class 4.)
2. British Thoracic Society. BTS Guideline for Oxygen Use in Adults in Healthcare and Emergency Settings. Thorax. 2017. brit-thoracic.org.uk
3. Global Initiative for Chronic Obstructive Lung Disease (GOLD). Global Strategy for Prevention, Diagnosis and Management of COPD — 2026 Report. goldcopd.org
4. American Thoracic Society. Home Oxygen Therapy for Adults with Chronic Lung Disease — Official ATS Clinical Practice Guideline. Am J Respir Crit Care Med. 2020. atsjournals.org
5. Restrepo RD, et al. AARC Clinical Practice Guideline: Incentive Spirometry: 2011. Respir Care. 2011;56(10):1600–1604. aarc.org
6. Sarkar M, et al. Arterial Blood Gas. StatPearls. NCBI Bookshelf. ncbi.nlm.nih.gov
7. Abnormal Respirations. StatPearls. NCBI Bookshelf. ncbi.nlm.nih.gov
8. Cheyne-Stokes Respirations. StatPearls. NCBI Bookshelf. ncbi.nlm.nih.gov
9. Kodali BS, et al. Capnography and Respiratory Monitoring. StatPearls. NCBI Bookshelf. ncbi.nlm.nih.gov
10. Centers for Disease Control and Prevention. First Aid for Seizures (Epilepsy). cdc.gov
11. Substance Abuse and Mental Health Services Administration (SAMHSA). Opioid Overdose Prevention Toolkit (naloxone). library.samhsa.gov
12. Roberts SE, et al. The use of pursed lips breathing in stable COPD: a systematic review. Phys Ther Rev. 2009;14(4):240–246. pmc.ncbi.nlm.nih.gov
13. Pascoal LM, et al. Simultaneous concept analysis of nursing diagnoses related to respiratory function. Nurs Forum. 2022. onlinelibrary.wiley.com
14. González-Falcón I, et al. Clinical Validity of the Nursing Diagnoses Impaired Gas Exchange (00030) and Ineffective Breathing Pattern (00032) in Post-COVID-19 Individuals. Nurs Forum. 2025. onlinelibrary.wiley.com

Source notes. NANDA-I content is paraphrased; confirm against the current edition your program uses. Guideline editions cited reflect the most recent available at publication (BTS emergency oxygen; GOLD 2026; AARC 2011). Add your assigned med-surg/fundamentals textbook (e.g., Brunner & Suddarth’s, 15th ed., 2022, or Potter & Perry Fundamentals of Nursing, 11th ed., 2023) per course requirements.