🟣 To assess the quality of pain, the nurse must ask the client to verbally describe how the pain feels, such as sharp, dull, burning, throbbing, or stabbing.

🟣 Pain quality is a subjective characteristic that only the client can accurately communicate, making self-report the most reliable source.

🟣 Descriptive terms help differentiate between neuropathic, visceral, or somatic pain, which guides treatment decisions.

🟣 Open-ended questions allow the client to provide detailed information about the nature of the discomfort.

🟣 Understanding pain quality supports accurate assessment and individualized pain management planning.

❌ — Identify effective pain relief measures.

This assesses pain management effectiveness rather than pain quality. It evaluates response to treatment, not the nature of the pain itself.

❌ — Observe body language and movement.

Observation provides cues about pain presence or severity but does not determine pain quality. Nonverbal signs cannot describe the sensation type.

❌— Provide a numeric pain scale.

A numeric pain scale measures intensity, not quality. It quantifies severity rather than describing how the pain feels.

🟢 1) Wash hands

🟢 Hand hygiene is always the first step because hands are the most common route for transferring microorganisms from the environment to the client.

🟢 Washing or sanitizing removes transient organisms before PPE is touched, which prevents contaminating the gown, mask, or glove surfaces during application.

🟢 Clean hands reduce the risk of bringing pathogens into the room and also protect the nurse from picking up organisms when handling PPE.

🟢 This step is considered the foundation of infection prevention because PPE is not fully protective if contaminated hands touch the face, gown ties, or glove cuffs.

🟢 Starting with hand hygiene aligns with standard precautions and breaks the chain of infection before any contact occurs.

🟢 2) Put on an isolation gown

🟢 The gown is applied early to protect the nurse’s clothing and skin from contamination during wound care, where drainage or splashes can occur.

🟢 Putting the gown on before mask and gloves allows the nurse to secure ties properly without contaminating gloves or interfering with mask placement.

🟢 The gown creates a barrier over the torso and arms, which are high-contact areas when repositioning the client or reaching toward the wound.

🟢 Proper fit and closure at the back reduce exposure risk and help prevent microorganisms from settling on clothing and being carried to other areas.

🟢 Once the gown is on, the nurse has a base protective layer before applying the remaining PPE.

🟢 3) Apply a surgical mask

🟢 The surgical mask protects mucous membranes (nose and mouth) from droplet exposure that may occur during close client contact and wound care.

🟢 Applying the mask after the gown prevents the nurse from contaminating the mask with hands that were adjusting gown ties or touching clothing.

🟢 A mask also helps prevent the nurse from inadvertently touching the nose or mouth during care, which is a common route of self-contamination.

🟢 Correct placement ensures a snug fit over the nose and under the chin so airflow is directed through the mask rather than around it.

🟢 This step strengthens barrier protection before gloves are placed, since gloves can make mask adjustments unsafe once contaminated.

🟢 4) Don gloves

🟢 Gloves are donned last because they are most likely to become contaminated during care, and they must remain as clean as possible during application.

🟢 Putting gloves on after gown and mask prevents glove contamination while tying the gown or adjusting the mask.

🟢 Gloves should extend over the gown cuffs to create a continuous barrier, preventing skin exposure at the wrist during movement.

🟢 Since wound care involves direct contact with drainage and surfaces, gloves are the final protective layer before touching the client or supplies.

🟢 This sequence supports safe practice by ensuring the nurse enters the room fully protected while minimizing contamination risk during PPE application.

✅ Most Likely Condition: Nocturia

🔵 The client reports waking several times during the night to urinate, which is the defining characteristic of nocturia, meaning excessive urination during nighttime hours.

🔵 The urinalysis results show clear urine, negative leukocytes, negative blood, and no protein, ruling out infection or hematuria as causes of the frequent urination.

🔵 The client has a history of type 2 diabetes mellitus, and her blood glucose level is elevated at 145 mg/dL, which can contribute to osmotic diuresis and increased urine production.

🔵 A low specific gravity of 1.005 indicates dilute urine, supporting increased fluid excretion rather than urinary retention.

🔵 These findings collectively support nocturia rather than dysuria, hematuria, or urinary retention.

❌ Hematuria

Hematuria involves the presence of blood in the urine. The urinalysis indicates blood: negative, ruling this out.

❌ Urinary retention

Urinary retention presents with difficulty voiding and bladder distention. The client is urinating frequently, not retaining urine.

❌ Dysuria

Dysuria refers to painful urination. The client does not report burning or discomfort with voiding.

✅ Actions to Take

🔵 Implement fall precautions

🔵 Nocturia significantly increases fall risk in older adults because they frequently get out of bed at night.

🔵 Age-related changes such as decreased vision, slower reflexes, and possible orthostatic hypotension increase injury risk.

🔵 Frequent nighttime ambulation while recovering from pneumonia further increases instability.

🔵 Fall precautions such as adequate lighting, call bell placement, and nonslip footwear reduce injury risk.

🔵 Preventing falls is a priority safety intervention in hospitalized older adults.

🔵 Review home medications

🔵 Certain medications such as diuretics, caffeine-containing drugs, or poorly timed antihypertensives may contribute to nocturia.

🔵 Reviewing medication timing may reveal that doses are taken too late in the day.

🔵 Adjusting administration times can reduce nighttime urine production.

🔵 Polypharmacy in older adults increases the risk of medication-related urinary frequency.

🔵 Medication reconciliation helps address modifiable causes of nocturia.

❌ Administer a diuretic

Diuretics increase urine output and would worsen nocturia. They are not appropriate for managing nighttime urinary frequency.

❌ Insert a urinary catheter

Catheterization is invasive and unnecessary because the client is voiding adequately. It increases infection risk.

❌ Restrict nighttime fluid intake

Abrupt fluid restriction may lead to dehydration and is not the first priority without further assessment.

✅ Parameters to Monitor

🔵 Intake and output

🔵 Monitoring intake and output helps determine if excessive urine production is occurring overnight.

🔵 It allows the nurse to identify patterns of fluid balance.

🔵 Tracking output can help correlate nocturia with blood glucose levels.

🔵 I&O monitoring ensures that fluid restriction or medication adjustments do not cause dehydration.

🔵 Accurate documentation supports evaluation of treatment effectiveness.

🔵 Blood glucose

🔵 Elevated blood glucose levels can cause osmotic diuresis, increasing urine production.

🔵 Monitoring glucose helps determine whether poor glycemic control is contributing to nocturia.

🔵 Improved glucose control can reduce excessive urination.

🔵 Diabetes management directly affects urinary frequency in this client.

🔵 Stabilizing blood sugar may improve nighttime sleep quality.

❌ Urine pH

Urine pH is not directly related to nocturia in this case. It is more relevant for infection or metabolic disturbances.

❌ Ketones

Ketones are associated with uncontrolled hyperglycemia or diabetic ketoacidosis. They are not indicated in this stable presentation.

🟣 The most effective way to evaluate understanding is through the teach-back method, specifically by asking the client to demonstrate wound care as it would be performed at home.

🟣 Return demonstration allows the nurse to directly assess whether the client can correctly perform steps such as hand hygiene, dressing changes, and signs of infection monitoring.

🟣 This method goes beyond verbal affirmation and evaluates actual skill competency, which is essential for safe postoperative recovery.

🟣 Demonstration is especially important when language barriers exist because it reduces reliance on verbal comprehension alone.

🟣 Observing performance ensures accurate learning, identifies errors immediately, and reinforces proper self-care techniques before discharge.

❌ — After each instruction, ask if the client understands.

Simply asking if the client understands may result in a yes response even if comprehension is incomplete. It does not objectively verify the ability to perform wound care correctly.

❌— Provide written instructions in the client's native language.

Written materials are helpful for reinforcement but do not confirm understanding or skill performance. Literacy levels and comprehension may still vary.

❌— Have an interpreter repeat the wound care instructions.

An interpreter facilitates communication but does not evaluate whether the client can perform the procedure. Verification of understanding requires active participation from the client.

🟡 The client is on a mechanical soft diet and reports constipation, which commonly occurs due to reduced mobility, altered diet, or decreased fluid intake during hospitalization.

🟡 Prune juice is a natural stimulant laxative because it contains sorbitol, which increases water in the bowel and promotes peristalsis.

🟡 Warming the prune juice can further stimulate gastrointestinal motility, as warm fluids enhance the gastrocolic reflex.

🟡 Although bowel sounds are decreased, they are not absent, indicating that peristalsis is still present and can be stimulated safely.

🟡 Supporting natural bowel elimination methods is appropriate before initiating invasive or restrictive interventions.

❌ — Advance to a regular diet.

Diet advancement should follow provider orders and the client’s tolerance. Sudden dietary changes may not be appropriate immediately after illness or surgery.

❌— Restrict oral fluid intake.

Fluid restriction can worsen constipation by making stool harder and more difficult to pass. Adequate hydration is essential for bowel motility.

❌— Initiate bowel training protocol.

Bowel training is typically used for chronic elimination issues or neurologic impairment. This client’s constipation can first be addressed with simple dietary measures.

🔴 A positive methicillin-resistant Staphylococcus aureus (MRSA) result indicates a multidrug-resistant organism that spreads primarily through direct contact.

🔴 The most urgent priority is to initiate contact precautions (gown and gloves) to prevent transmission to other clients and healthcare staff.

🔴 An enlarging wound boundary suggests worsening infection, increasing bacterial shedding and risk of cross-contamination.

🔴 Infection control measures protect not only this client but the entire unit population.

🔴 Containment of the organism takes precedence over dressing care or environmental cleaning because preventing spread is the immediate safety concern.

❌ Ensure the client's environment is properly cleaned and disinfected.

Environmental cleaning is important but is not the first action during active care. Isolation precautions must be implemented immediately to prevent direct transmission.

❌ Reapply sterile non-adhesive dressing.

Reapplying a dressing addresses wound coverage but does not stop organism transmission. Infection containment is the higher priority.

❌Teach family members how to prevent transmission of infection.

Education is necessary but not the immediate intervention during active exposure risk. Immediate contact precautions are required first.

🔵 The nursing process requires assessment before intervention, especially when prioritizing between clients.

🔵 Using a standardized pain scale allows the nurse to determine severity and identify which client requires more urgent medication.

🔵 Pain intensity may vary significantly even if both clients request medication simultaneously.

🔵 Objective assessment ensures safe, appropriate dosing and prevents unnecessary medication administration.

🔵 Proper prioritization is based on data collection rather than assumption.

❌— Provide nonpharmacologic pain management interventions.

Interventions must follow assessment. The nurse cannot determine the best strategy without first evaluating pain severity.

❌— Determine when each client last received pain medication.

Timing is important for safety but does not determine urgency. Pain intensity must be assessed first.

❌ — Prepare both clients' medication and take to them at once.

Administering medication without assessment violates safe medication practice. The nurse must evaluate before giving medication.

🟢 A Braden Scale score of 10 indicates a high risk for pressure injury development.

🟢 The Braden Scale evaluates factors such as mobility, moisture, nutrition, sensory perception, and friction.

🟢 Clients with low scores require more frequent repositioning, typically every 2 hours or sooner.

🟢 Pressure injury prevention is a top priority in immobile clients to prevent tissue ischemia.

🟢 Risk stratification using the Braden score directly guides the turning schedule and preventive interventions.

❌ — 4+ pitting edema of both lower extremities.

Edema increases skin fragility but does not solely determine turning frequency. Risk assessment tools provide broader evaluation.

❌ — Warm, dry skin with a fever of 100.0°F (37.8°C).

Fever alone does not determine repositioning schedule. Skin temperature must be interpreted in overall context.

❌ — Hypoactive bowel sounds with infrequent bowel movements.

Bowel activity does not influence pressure injury prevention planning. Turning schedules are based on tissue perfusion and mobility risk.

🔵 After logging into the electronic medication administration record (eMAR), the nurse must verify the correct client before handling or scanning any medication.

🔵 Scanning the client’s armband confirms two identifiers and prevents wrong-patient medication errors, which are among the most serious safety risks.

🔵 Barcode verification ensures the medication administration process aligns with the Five Rights of Medication Administration.

🔵 Client identification must occur before medication preparation or documentation to maintain safety sequencing.

🔵 Patient safety protocols always prioritize confirming identity before proceeding with any medication steps.

❌— Remove the medication from the unit dose packaging while verifying the dose.

Medication should not be removed before confirming the correct patient. Premature preparation increases risk of administration errors.

❌— Scan the medication barcode to document administration on the eMAR.

Medication scanning occurs after confirming the client’s identity. Documentation follows proper verification steps.

❌ — Reconcile the medication to be administered with the initial client prescription.

Medication reconciliation is completed during admission or transitions of care. It is not the immediate next step during administration.

🟣 During an intradermal (ID) injection, the needle is inserted just below the epidermis at a shallow angle, and the bevel must face up to allow proper placement within the dermis.

🟣 Proper bevel orientation ensures formation of a small wheal or bleb, confirming correct intradermal placement.

🟣 ID injections are commonly used for tuberculin skin tests and allergy testing, where accurate dermal placement is critical for interpretation.

🟣 Incorrect bevel positioning may result in subcutaneous administration, leading to inaccurate test results.

🟣 Technique precision is essential because intradermal injections involve very small volumes and superficial tissue layers.

❌ — Select upper arm as the injection site.

The inner forearm is the preferred site for most intradermal injections. The upper arm is more commonly used for subcutaneous injections.

❌ — Massage the site gently after injection.

Massaging an intradermal injection can disperse the medication and alter test results. The site should not be massaged.

❌— Hold the syringe perpendicular to the skin.

Intradermal injections are given at a 5–15 degree angle, not perpendicular. A 90-degree angle is used for intramuscular injections.