1. Discard soiled isolation gown after leaving the client’s room 🥼

📌In airborne precaution cases like TB, gowns protect clothing and skin from droplets, secretions, or contaminated surfaces.

📌Even though TB is not spread by skin contact, the gown can become contaminated with respiratory droplets containing Mycobacterium tuberculosis when caring for a coughing client.

📌Why after leaving? PPE should be removed and discarded inside the doorway or anteroom before entering common areas, to prevent transferring contaminants.

📌Disposal process: Remove gloves first (if used), then gown, turning it inside out to avoid touching the contaminated surface. Place it in a designated biohazard container.

📌This step ensures that the pathogen is not transported on your uniform into other patient care areas.

2. Assign the client to a negative-pressure airflow room 🛏️

📌TB is transmitted via airborne droplet nuclei, which are extremely small (1–5 microns) and can stay suspended in the air for hours.

📌Negative pressure rooms ensure that air flows into the room but not out, using specialized ventilation systems that exhaust air outdoors or filter it through a HEPA filter before recirculation.

📌This is critical to prevent airborne TB particles from contaminating hallways or shared spaces in the facility.

📌Guidelines recommend at least 12 air changes per hour (ACH) in newly constructed rooms and ≥6 ACH in existing facilities.

📌This environmental control is the first line of defense for preventing nosocomial transmission in healthcare settings.

3. Wear an N95 mask when caring for the client 😷

📌An N95 respirator is specifically designed to filter out at least 95% of airborne particles, including TB droplet nuclei.

📌Fit-testing is required annually to ensure a proper seal—without a seal, airborne particles can bypass the filter.

📌The respirator must be worn before entering the room and kept on for the entire time inside, even if the client is wearing a surgical mask.

📌This is because TB can remain airborne even after the patient stops coughing, and particles can circulate in the room air.

📌An N95 mask provides much higher filtration than a surgical mask and is the standard for airborne precautions per CDC guidelines.

4. Perform hand hygiene before leaving the client’s room 🧼

📌Even though TB is airborne and not spread via casual touch, hand hygiene is crucial for preventing the spread of other pathogens the patient might also carry.

📌Hands may come into contact with contaminated surfaces, respiratory secretions, or PPE during care.

📌When to perform: Immediately after removing gloves and gown, and before touching any other surfaces, equipment, or people.

📌Alcohol-based hand rubs are generally preferred unless hands are visibly soiled, in which case soap and water are required.

📌This is a universal precaution and is considered one of the most effective measures for breaking the chain of infection.

1️⃣ Color of the stoma

🌡️Why first? A stoma should normally be moist, red to pink, indicating healthy blood supply. A dark purple color suggests compromised circulation or ischemia, which is a surgical emergency.

🌡️Blistering around the stoma may indicate skin trauma or irritation, but the priority is to assess and act on signs of poor perfusion because untreated ischemia can lead to stoma necrosis.

🌡️Immediate action: Notify the surgeon or stoma nurse specialist promptly to evaluate blood flow to the stoma. Early recognition may save the stoma and prevent severe complications.

🌡️This aligns with the ABC approach—compromised perfusion is addressed before less urgent issues.

2️⃣ Ostomy pouch seal 🩹

🌡️After confirming and addressing the stoma’s vascular status, the next priority is fixing the leaking pouch seal.

🌡️Why important? Leakage of stool onto the peristomal skin quickly causes skin breakdown due to the caustic nature of ileostomy effluent (rich in digestive enzymes).

🌡️Stool contact also increases the risk of infection and further blistering.

🌡️The pouch should be emptied when it is one-third to one-half full, and in this case, it is three-fourths full, which can worsen leakage and compromise the seal.

🌡️Replacing or reinforcing the wafer and ensuring a proper fit prevents further leakage and protects skin integrity.

1️⃣ Delegate the application of sequential compression devices to assistive personnel 🦵

💊Purpose: Sequential compression devices (SCDs) help prevent venous thromboembolism (VTE) by promoting venous return in postoperative clients who have limited mobility.

💊Delegation: Application of SCDs is a task that can be safely delegated to trained assistive personnel because it does not require nursing judgment.

💊Nurse’s role: Ensure the SCDs are applied correctly, functioning properly, and worn consistently except during ambulation or skin assessment.

💊Clinical importance: Consistent use lowers the risk of potentially life-threatening complications like deep vein thrombosis (DVT) and pulmonary embolism.

2️⃣ Assist the client to dangle their legs at the bedside prior to standing 🪑

💊Purpose: Dangling the legs before standing helps prevent orthostatic hypotension, which this client demonstrated with a BP drop from 116/72 to 92/64 mm Hg and lightheadedness on standing.

💊Mechanism: Gradually allowing the body to adjust to position changes improves venous return and reduces dizziness.

💊Implementation: Have the client sit on the edge of the bed for a few minutes, perform ankle pumps, and then stand slowly with support.

💊Safety: Prevents falls and syncope during mobilization, especially in the early postoperative phase.

3️⃣ Administer analgesic prior to planned activities 💊

💊Purpose: Pain control is essential to facilitate mobility and participation in physical therapy after knee replacement.

💊Timing: Analgesics should be given 30–45 minutes before activity to allow peak effect during ambulation or exercises.

💊Benefit: Adequate pain management enhances participation in rehabilitation, promotes circulation, prevents joint stiffness, and speeds recovery.

💊Consideration: Choose appropriate analgesics based on pain severity, the client’s medical history, and provider prescriptions.

1️⃣ Oxygen saturation 🫁

🫁Finding: 85% on room air is well below the target for clients with COPD, whose usual goal is 88–92% to maintain oxygenation without causing CO₂ retention.

🫁Significance: This low value indicates hypoxemia, which can worsen respiratory distress, impair tissue perfusion, and increase the risk of cardiac complications.

🫁Follow-up: Initiate supplemental oxygen as prescribed and monitor closely, titrating to maintain the individualized target range. Continuous pulse oximetry may be warranted during the acute illness.

2️⃣ Breath sounds 🎧

🫁Finding: Crackles in the left upper lobe and decreased breath sounds at the bases bilaterally suggest pneumonia with possible consolidation and poor air movement.

🫁Significance: Crackles indicate fluid or exudate in the alveoli, while diminished sounds may be due to air trapping, mucus plugging, or atelectasis — all of which require prompt treatment to prevent further decline.

🫁Follow-up: Perform frequent respiratory assessments, encourage airway clearance techniques (e.g., coughing, incentive spirometry), and monitor for worsening breath sound changes that could indicate obstruction or collapse.

3️⃣ Temperature 🌡️

🫁Finding: 38.6°C (101.5°F) indicates fever, likely related to the pneumonia seen on chest x-ray.

🫁Significance: Fever increases metabolic demand and oxygen consumption, which can worsen respiratory compromise in COPD patients.

🫁Follow-up: Notify the provider, obtain ordered cultures, and administer prescribed antibiotics and antipyretics. Monitor for resolution and assess for sepsis risk if other vital signs deteriorate.

1️⃣ "I know to call my doctor if I gain 3 pounds or more in 2 days." ⚖️

⚖️Why correct: Sudden weight gain in heart failure patients often signals fluid retention from worsening heart function or inadequate diuretic control.

⚖️Standard guideline: Patients are instructed to report a weight gain of 2–3 lb in 1 day or 5 lb in a week.

⚖️Reasoning: Early reporting allows the provider to adjust treatment (increase diuretics, modify diet) before the client develops severe symptoms or needs hospitalization.

⚖️Link to outcome: Prevents rapid decompensation and supports long-term heart failure stability.

2️⃣ "I am eating fewer potato chips and more fruit for snacks.” 🍎

⚖️Why correct: Potato chips are high in sodium, which promotes fluid retention, raises blood pressure, and increases cardiac workload.

⚖️Better choice: Fresh fruit is naturally low in sodium, supports hydration, and provides vitamins and fiber without adding to sodium intake.

⚖️Impact: Reducing high-sodium processed foods is a key dietary change in managing heart failure, helping to prevent worsening edema and pulmonary congestion.

3️⃣ "I am limiting my sodium intake to 2 grams daily." 🧂

⚖️Why correct: The American Heart Association and heart failure guidelines recommend a sodium restriction of about 2,000 mg/day.

⚖️Effect: Low sodium intake helps control blood pressure and prevents excess fluid buildup, reducing strain on the heart.

⚖️Practical steps: This involves reading nutrition labels, avoiding processed/canned foods, and choosing fresh, unprocessed ingredients whenever possible.

1️⃣ Passive range-of-motion (PROM) exercises to lower extremities performed once each day 🦵

🛏️Why requires intervention: In clients with paraplegia, daily PROM is not enough to prevent joint stiffness, contractures, and muscle shortening. PROM should be performed at least 2–3 times daily on all affected joints.

🛏️Purpose: Maintains joint flexibility, stimulates circulation, and prevents musculoskeletal complications in immobile clients.

🛏️Best practice: Include all joints, moving them slowly and smoothly through their full range without causing pain.

2️⃣ Plantar flexion contractures noted bilaterally 🦶

🛏️Why requires intervention: Contractures indicate loss of joint mobility due to prolonged positioning without adequate stretching or use of supportive devices.

🛏️Complications: Can lead to foot drop, impaired mobility during rehabilitation, and difficulty with transfers or brace fitting.

🛏️Prevention & care: Use footboards, splints, or high-top sneakers, along with frequent PROM and proper positioning, to keep ankles at a 90° angle and maintain functional alignment.

3️⃣ Left heel has 1.3 cm x 1.3 cm area of nonblanchable erythema; skin is intact 🛏️

🛏️Why requires intervention: Nonblanchable erythema is a Stage 1 pressure injury, indicating early tissue damage from unrelieved pressure.

🛏️Risk factors: Paraplegia, immobility, and reduced sensation make this client highly susceptible to worsening skin breakdown.

🛏️Intervention: Relieve pressure from the heel immediately using pillows, heel protectors, or floating the heels off the bed. Increase repositioning frequency for at-risk areas (possibly every 1 hr for heels) and monitor skin closely.

1️⃣ Auscultate the client’s bowel sounds 🎧

🎧Purpose: Before any rectal procedure (including enemas), it is essential to assess for bowel sounds to confirm the presence of peristalsis and rule out paralytic ileus.

🎧Rationale in this case: The x-ray ruled out obstruction, but auscultation still verifies gut activity and provides a baseline for evaluating treatment effectiveness.

🎧Clinical value: Absent or hypoactive bowel sounds could indicate decreased motility, which would influence the plan of care.

2️⃣ Perform a manual digital examination of the client’s rectum ✋

🎧Purpose: A digital rectal exam helps determine whether impacted stool is present in the rectum, which may require manual disimpaction before or in addition to an enema.

🎧Rationale in this case: The client has severe constipation (7 days without BM) and is on chronic opioids (oxycodone), which commonly cause hard, impacted stool in the rectum due to opioid-induced bowel dysfunction.

🎧Clinical note: This step should be performed with gloves and lubrication, and findings documented, including stool characteristics.

3️⃣ Administer a cleansing enema 💧

🎧Purpose: The provider prescribed a hypertonic cleansing enema to stimulate evacuation by drawing fluid into the colon and softening stool.

🎧Rationale in this case: This is an appropriate next step after other methods (bisacodyl suppository, magnesium citrate) have failed and imaging shows stool-filled colon without obstruction.

🎧Outcome expectation: Relief of constipation and decreased abdominal discomfort within minutes to hours.

4️⃣ Assist the client to a left side-lying position with the right knee flexed 🛏️

🎧Purpose: This Sims’ position allows the enema solution to flow down the natural curve of the sigmoid colon, promoting retention and comfort during administration.

🎧Safety benefit: Reduces the risk of perforation and improves distribution of the enema solution in the large intestine.

🎧Rationale in this case: Ensures proper technique and optimizes the effectiveness of the prescribed enema.

1) Plan a turning and positioning schedule

1. 💥With a Braden score of 7 (very high risk) and a new non‑blanchable hyperpigmented area over the sacrum (Stage 1 pressure injury in darkly pigmented skin), pressure off‑loading is the first priority.
2. 💥Implement q2h (or more frequent) repositioning, using a 30° lateral tilt, pillows/wedges to off‑load the sacrum, and float the heels.
3. 💥Coordinate moisture management (prompt cleansing, barrier products) given incontinence and tube feeding to reduce maceration.
4. 💥Document the schedule and teach all staff to maintain it consistently, including during transport, bathing, and procedures.

2) Apply hydrocolloid dressing to the client’s sacrum

1. 💥A hydrocolloid protects intact but injured skin, reduces friction/shear, and helps manage the microclimate (moisture) over bony prominences.
2. 💥It creates a protective barrier against stool/urine (critical in incontinence) and can prevent progression from Stage 1 to deeper injury.
3. 💥Size the dressing to extend at least 2–3 cm beyond the affected area; use skin barrier prep to protect periwound skin.
4. 💥Reassess skin daily; change the dressing per protocol or sooner if soiled/loose.

3) Request a prescription

1. 💥Ask the provider for a pressure‑redistribution support surface (e.g., low‑air‑loss/alternating‑pressure mattress) and, if available, a wound‑care consult.
2. 💥Consider prescriptions for topical barrier agents and incontinence management orders (e.g., fecal/urinary containment devices if appropriate).
3. 💥Request nutrition consult for protein/calorie optimization to support skin integrity and healing, given tube feeding and high risk.

1️⃣ Urinary output 💧

💧Finding: Only 15 mL in the first hour after arrival from PACU and no output since 1200.

💧Significance: Postoperative patients should maintain urine output of at least 0.5 mL/kg/hr (≈30 mL/hr for most adults). This client’s output is well below expected, which may indicate hypovolemia, decreased renal perfusion, acute kidney injury, or urinary catheter obstruction.

💧Why urgent: Prolonged oliguria or anuria can lead to irreversible kidney damage if not corrected quickly.

💧Action: Assess catheter patency, evaluate fluid status, and notify the provider immediately for further orders such as IV fluid bolus or diagnostic labs.

2️⃣ Reported pain level 😖

💧Finding: Pain score increased from 6/10 to 8/10 within 30 minutes of receiving morphine 4 mg IV.

💧Significance: Postoperative pain should improve with analgesics. Escalating pain despite appropriate dosing suggests inadequate pain control or a possible surgical complication such as internal bleeding, anastomotic leak, or infection.

💧Why urgent: Severe uncontrolled pain can impair breathing, mobility, and recovery, and may mask or signal life-threatening issues.

💧Action: Reassess the surgical site, vital signs, and associated symptoms; notify the provider for evaluation and possible change in analgesic regimen or diagnostic work-up.

3️⃣ Vital signs 📊

💧Finding: Heart rate increased from 76 → 116 bpm, oxygen saturation decreased from 95% → 93%, with stable blood pressure.

💧Significance: New tachycardia in the postoperative period can indicate pain, hypovolemia/bleeding, early infection, or pulmonary issues (e.g., atelectasis, PE). The drop in O₂ sat may signal respiratory compromise, particularly concerning after abdominal surgery where pain can reduce deep breathing and ventilation.

💧Why urgent: Changes in vitals paired with oliguria and worsening pain could represent early shock or systemic complications.

💧Action: Administer supplemental oxygen as needed, maintain continuous monitoring, and report promptly to the provider.

📝 Respect for autonomy — Clients have the right to refuse any treatment, even if it may result in negative health outcomes, as long as they have decision-making capacity.

📝 Legal and ethical duty — The nurse must record the refusal, the information provided to the client, and the client’s stated reasons (if given) to ensure clear communication and legal protection.

📝 Informed refusal — Documentation should include that the client was informed of the risks and benefits of the proposed treatment.

📝 Avoid coercion — Attempting to convince or pressure the client violates ethical principles and can damage trust.

📝 Communication — While you may clarify questions and ensure understanding, the client’s decision must be honored and accurately charted.