Separate the labia

♦️ After perineal care and donning sterile gloves, the nurse should first use the nondominant hand to separate the labia and expose the urethral meatus.

♦️ Separating the labia provides clear visualization of the urethral opening, which is essential for accurate catheter insertion.

♦️ Once the nondominant hand touches the labia, it is considered contaminated and should remain in place throughout cleansing and catheter insertion.

♦️ Maintaining the labia in a separated position prevents surrounding tissue from contaminating the sterile catheterization field.

♦️ This step supports aseptic technique and reduces the client's risk for a catheter-associated urinary tract infection.

Cleaning the urethral meatus with antiseptic

♦️ After separating the labia, the nurse should clean the urethral meatus with antiseptic solution before inserting the catheter.

♦️ Cleansing removes microorganisms from the area immediately surrounding the urethral opening, decreasing the risk of introducing pathogens into the urinary tract.

♦️ The nurse should generally cleanse using one sterile swab for each stroke, moving from the urethral area outward according to facility procedure.

♦️ The dominant sterile hand should perform the cleansing while the nondominant hand continues to hold the labia apart.

♦️ Once the urethral meatus has been appropriately cleansed, the nurse can proceed with sterile catheter insertion until urine begins to flow.

Client 3 — Chest x-ray shows pulmonary edema

🖍️ Client 3 should be assessed first because pulmonary edema represents an acute accumulation of fluid within the lungs that can severely impair gas exchange and oxygenation.

🖍️ The client's history of congestive heart failure increases the likelihood that elevated pulmonary vascular pressure has caused fluid to enter the alveoli.

🖍️ Pulmonary edema can rapidly produce severe dyspnea, hypoxemia, crackles, tachypnea, orthopnea, and pink frothy sputum, potentially progressing to respiratory failure.

🖍️ Using the ABC priority framework, an actual or potentially serious breathing problem takes priority over musculoskeletal, nutritional, metabolic, and mildly abnormal laboratory findings.

🖍️ The nurse should immediately assess respiratory status, oxygen saturation, lung sounds, vital signs, and level of consciousness and initiate prescribed interventions to improve oxygenation and reduce pulmonary congestion.

Client 1 — Fractured femoral neck

🖍️ Client 1 should be assessed second because a fractured femoral neck is an acute traumatic injury that requires prompt assessment for complications and stabilization.

🖍️ A hip fracture can cause significant pain, bleeding into surrounding tissues, impaired mobility, and neurovascular compromise of the affected extremity.

🖍️ The nurse should assess the affected leg for pain, shortening, external rotation, distal pulses, capillary refill, skin temperature, sensation, and movement.

🖍️ Prompt immobilization and appropriate pain management help prevent additional tissue injury and fracture displacement while definitive treatment is arranged.

🖍️ Although this injury requires timely intervention, the client is assessed after Client 3 because the fracture does not currently indicate an immediate airway or breathing threat.

Atelectasis

✍️ The nurse should first address the client’s risk for atelectasis because the client has severely limited mobility, which reduces normal lung expansion and promotes pooling of secretions in dependent areas of the lungs.

✍️ Atelectasis occurs when alveoli become partially or completely collapsed, leading to decreased ventilation and impaired gas exchange.

✍️ The finding of decreased breath sounds at the lung bases suggests reduced airflow into the dependent portions of the lungs and can be an early manifestation of developing atelectasis.

✍️ The client’s initial oxygen saturation of 93% on room air further supports impaired pulmonary function, especially because supplemental oxygen was required to increase the saturation to 95%.

✍️ According to the ABC priority framework, preventing deterioration in breathing and oxygenation takes priority over gastrointestinal elimination and skin-integrity risks.

Bilateral decreased breath sounds at the bases

✍️ Bilateral decreased breath sounds at the bases provide the strongest assessment evidence that the client is at risk for developing atelectasis.

✍️ Prolonged immobility decreases deep inspiration and prevents full expansion of the dependent alveoli, particularly those located in the lower lung fields.

✍️ Reduced air entry produces diminished breath sounds, which can precede more obvious manifestations such as crackles, tachypnea, or worsening hypoxemia.

✍️ Nursing interventions should include frequent repositioning, coughing and deep-breathing exercises, incentive spirometry when appropriate, and progressive mobility to promote alveolar expansion.

✍️ Continued assessment of lung sounds, respiratory rate, oxygen saturation, and work of breathing is essential to identify progression toward clinically significant atelectasis.

Atelectasis

💎 The client is at significant risk for atelectasis because the assessment reveals shallow respirations following abdominal surgery, which can prevent complete expansion of the alveoli.

💎 Postoperative pain often causes clients to avoid deep breathing and coughing because expansion of the abdomen can increase incisional discomfort.

💎 Administration of IV morphine can further decrease respiratory depth through central nervous system and respiratory depression, as reflected by the respiratory rate decreasing from 18/min to 12/min.

💎 The client's oxygen saturation decreased from 95% to 94% on room air, which can indicate early reduction in ventilation despite the lungs remaining clear on auscultation.

💎 Preventive nursing interventions include early ambulation, frequent repositioning, coughing and deep breathing, and incentive spirometry to promote alveolar expansion and prevent postoperative atelectasis.

Paralytic ileus

💎 The client is also at risk for paralytic ileus because abdominal surgery and anesthesia can temporarily suppress normal intestinal peristalsis.

💎 The assessment finding of hypoactive bowel sounds at both 1000 and 1200 indicates decreased gastrointestinal motility during the immediate postoperative period.

💎 Opioid medications such as morphine further reduce intestinal motility by acting on opioid receptors within the gastrointestinal tract.

💎 Paralytic ileus can lead to abdominal distention, nausea, vomiting, inability to pass flatus, and absent bowel sounds if intestinal activity fails to return.

💎 Continued assessment of bowel sounds, abdominal distention, nausea, vomiting, and passage of flatus is therefore important while gastrointestinal function recovers.

Weight gain

⚽ Rapid weight gain in a client receiving continuous IV fluids can indicate fluid volume excess rather than an increase in body tissue.

⚽ Daily weight is one of the most sensitive indicators of changes in overall fluid balance, with approximately 1 kg of weight gain representing about 1 L of retained fluid.

⚽ The client is receiving Lactated Ringer's at 100 mL/hr, making assessment for excessive fluid accumulation particularly important.

⚽ The concurrent changes in blood pressure from 118/80 to 166/86 mm Hg, heart rate to 112/min, and respiratory rate to 24/min increase concern for developing fluid overload.

⚽ Significant unexplained weight gain therefore requires immediate follow-up, including assessment of intake and output, respiratory status, edema, and the continued need for IV fluids.

Breath sounds

⚽ Changes in breath sounds, particularly the development of adventitious sounds such as crackles, can indicate fluid accumulation within the lungs.

⚽ Pulmonary congestion is a potentially serious complication of excessive intravascular fluid and can rapidly impair oxygen exchange.

⚽ The client's oxygen saturation has decreased from 97% to 94% on room air, while the respiratory rate has increased from 18/min to 24/min, making respiratory findings especially concerning.

⚽ Abnormal breath sounds together with declining oxygen saturation can signal developing pulmonary edema or fluid volume excess and should not be delayed for later assessment.

⚽ The nurse should promptly reassess the client's lungs, oxygenation, respiratory effort, IV fluid rate, and overall fluid status and notify the provider when indicated.

Ankle edema

⚽ Ankle edema represents accumulation of fluid within the interstitial tissues and is an important finding associated with fluid volume excess.

⚽ Excessive circulating volume increases hydrostatic pressure, allowing fluid to move from the vascular system into dependent tissues such as the ankles.

⚽ Development or worsening of edema while receiving continuous IV fluids can indicate that the client is retaining more fluid than the body can effectively eliminate.

⚽ The client's markedly increased blood pressure, tachycardia, tachypnea, and decreased oxygen saturation make peripheral edema more clinically significant.

⚽ Immediate follow-up should include assessment of edema severity, lung sounds, daily weight, intake and output, renal function, and IV fluid administration.

Oxygen saturation

✳️ The client’s oxygen saturation has decreased from 95% to 90% despite receiving oxygen at 1 L/min by nasal cannula, which indicates worsening oxygenation and requires immediate assessment.

✳️ A saturation of 90% suggests clinically significant hypoxemia, especially when accompanied by an increased respiratory rate of 24/min and increased depth of breathing.

✳️ Following major surgery with an estimated blood loss of 1,200 mL, reduced hemoglobin of 8.3 g/dL can further impair oxygen delivery to tissues, making the drop in oxygen saturation more concerning.

✳️ The nurse should prioritize this finding according to the airway-breathing-circulation framework, because inadequate oxygenation can rapidly progress to respiratory compromise and tissue hypoxia.

✳️ Immediate follow-up should include reassessing respiratory effort, lung sounds, oxygen delivery equipment, pulse oximetry accuracy, and the need for increased oxygen support or provider notification.

Behavioral findings

✳️ The client’s new agitation and statement that “something is wrong” represent an acute change from the earlier assessment when the client was alert and talking normally.

✳️ Sudden restlessness or agitation can be an early manifestation of hypoxemia, because the brain is highly sensitive to decreased oxygen availability.

✳️ These behavioral changes are particularly significant because they occur simultaneously with an oxygen saturation of 90%, tachycardia of 104/min, and tachypnea of 24/min.

✳️ The client’s substantial intraoperative blood loss and low hemoglobin and hematocrit also increase the risk for decreased tissue oxygen delivery, which may contribute to altered behavior.

✳️ The nurse should therefore rapidly evaluate the client’s neurologic status, oxygenation, circulation, and possible postoperative complications rather than assuming the agitation is caused only by pain or anxiety.

Client rates pain as 8/10 and reports no relief with pain medications

💎 The client’s worsening pain from 4/10 to 8/10 despite pain medication is concerning for a developing wound complication, particularly infection or increased inflammation.

💎 Effective wound healing should generally result in progressively decreasing discomfort, rather than a substantial increase in pain one week later.

💎 Pain that is disproportionate or unresponsive to prescribed analgesics can indicate infection, tissue damage, excessive pressure, or another complication beneath the wound dressing.

💎 This finding is especially concerning when considered together with purulent drainage, wound enlargement, fever, and tachycardia, which collectively suggest impaired healing and possible infection.

💎 The wound should therefore be promptly reassessed for infection, tissue viability, drainage characteristics, and the effectiveness of negative-pressure wound therapy.

Heart rate regular and fast

💎 A fast heart rate represents a new abnormal finding and may reflect the body's systemic response to pain, fever, or infection.

💎 The documented heart rate has increased from 94/min to 104/min, indicating tachycardia at today's evaluation.

💎 Tachycardia occurring with a temperature of 38.6°C (101.4°F) and purulent wound drainage increases concern for an evolving infectious process.

💎 Systemic manifestations of infection can occur when a localized surgical wound fails to heal appropriately or when bacterial proliferation progresses.

💎 This change supports the conclusion that wound therapy has not adequately controlled the underlying wound problem and requires further clinical evaluation.

Left knee wound is 3 cm by 2 cm with 1 cm depth

💎 The wound has increased from 2 cm × 2 cm × 1 cm to 3 cm × 2 cm × 1 cm, demonstrating an increase in overall wound size rather than progressive closure.

💎 Effective negative-pressure wound therapy should promote granulation tissue, approximate wound edges, remove excess exudate, and gradually reduce wound dimensions.

💎 An increase in the wound's length from 2 cm to 3 cm indicates that healing has not progressed as expected during the treatment period.

💎 Wound enlargement can occur with infection, tissue breakdown, inadequate perfusion, mechanical stress, or ineffective wound management.

💎 Serial measurement of wound dimensions is therefore essential because increasing wound size provides objective evidence of ineffective healing.

Mild purulent drainage noted

💎 Purulent drainage is abnormal and strongly suggests bacterial wound infection, particularly when it develops in a postoperative surgical wound.

💎 The wound previously had only slight serosanguineous drainage, making the new purulent drainage a clinically significant deterioration.

💎 Effective wound VAC therapy helps remove exudate and promotes an environment favorable for granulation and wound healing, so development of purulent material indicates a complication.

💎 The accompanying fever, tachycardia, worsening pain, and increased wound size further support concern for an infected or poorly healing wound.

💎 The nurse should report this finding and anticipate further evaluation such as wound culture, infection assessment, antimicrobial therapy, and reassessment of wound VAC management.

Encourage the client to cough and breathe deeply

🌻 Coughing and deep-breathing exercises promote expansion of the alveoli and help prevent or reverse postoperative atelectasis.

🌻 The client has diminished breath sounds, crackles, shallow respirations, and an oxygen saturation of 92%, which indicate impaired lung expansion and retained secretions.

🌻 Deep breathing increases alveolar ventilation, while coughing mobilizes secretions so they can be cleared from the respiratory tract.

🌻 Postoperative abdominal pain commonly causes clients to breathe superficially, increasing the risk for mucus retention, atelectasis, and pneumonia.

🌻 Regular coughing and deep breathing are therefore important interventions for improving the client's ventilation and oxygenation.

Ambulate the client 30 min after administering analgesia

🌻 Early ambulation increases respiratory depth, improves lung expansion, and assists with mobilization of pulmonary secretions after abdominal surgery.

🌻 Administering prescribed analgesia before ambulation helps control the client's pain, which has increased to 7/10 and is aggravated by movement and coughing.

🌻 Improved pain control allows the client to breathe more deeply and participate more effectively in walking and pulmonary hygiene activities.

🌻 Remaining in bed increases the likelihood of dependent secretion accumulation and postoperative atelectasis, particularly when breath sounds are already diminished.

🌻 Ambulating after adequate analgesia therefore addresses both the client's immobility and pain-related shallow breathing.

Instruct the client to use the incentive spirometer five times per hour

🌻 An incentive spirometer encourages slow, sustained maximal inspiration and promotes expansion of collapsed or poorly ventilated alveoli.

🌻 The client's increasingly diminished breath sounds and crackles suggest reduced lung expansion and possible early atelectatic changes.

🌻 Regular incentive spirometry helps increase inspiratory volume, improve ventilation, and decrease postoperative pulmonary complications.

🌻 The client previously declined incentive spirometry, making continued education and encouragement particularly important because the respiratory assessment is now worsening.

🌻 Consistent use while awake should be incorporated with deep breathing, coughing, repositioning, and ambulation to improve respiratory function.

Encourage the client to splint the abdomen

🌻 Splinting the abdominal incision with a pillow or folded blanket provides support during coughing, deep breathing, and movement.

🌻 The client reports sharp pain with coughing and movement, which can cause reluctance to take deep breaths or cough effectively.

🌻 Supporting the incision reduces discomfort and allows the client to participate more fully in necessary pulmonary hygiene exercises.

🌻 Effective coughing helps mobilize retained secretions, while deeper respirations decrease the risk for atelectasis and postoperative pneumonia.

🌻 Splinting therefore indirectly improves respiratory status by reducing the pain-related inhibition of coughing and deep breathing.

Administer supplemental oxygen

🌻 The client's oxygen saturation has decreased from 95% to 92% on room air, indicating worsening oxygenation that requires intervention.

🌻 The decrease is accompanied by tachypnea at 24/min, shallow labored respirations, crackles, and diminished breath sounds, making the finding clinically significant.

🌻 Supplemental oxygen increases the amount of oxygen available for alveolar gas exchange while other interventions address the underlying poor lung expansion.

🌻 Oxygen administration is particularly important while the nurse initiates measures such as coughing, deep breathing, incentive spirometry, and ambulation.

🌻 The nurse should continue to monitor oxygen saturation, respiratory effort, lung sounds, and response to oxygen therapy.

♦️ The nurse should assess the client first because an unexpectedly rapid IV infusion can cause fluid overload and cardiovascular complications.

♦️ The prescribed rate of 125 mL/hr means that only 500 mL should have infused between 0800 and 1200, leaving approximately 500 mL in the bag.

♦️ Finding the entire 1,000 mL bag empty after 4 hr indicates that the client received the fluid at approximately twice the prescribed rate.

♦️ Assessment should include blood pressure, heart rate, respiratory rate, oxygen saturation, lung sounds, and signs of edema to identify adverse effects promptly.

♦️ The nursing priority follows the assessment-before-intervention principle, because determining the client's physiologic stability comes before reporting or documentation.

🖍️ This response demonstrates respect for the client's autonomy, cultural preferences, and health beliefs.

🖍️ Nurses should support clients who wish to explore complementary or traditional therapies when those therapies can be used safely.

🖍️ Referral to a qualified practitioner allows the client to receive appropriate information about benefits, risks, interactions, and treatment expectations.

🖍️ The nurse should encourage communication between the client, traditional medicine practitioner, and health care provider to reduce the risk of herb–drug interactions or conflicting treatments.

🖍️ Supporting informed decision-making promotes culturally competent, client-centered care without imposing the nurse's personal treatment preferences.