Sepsis And Shock: Recognition And Priorities - NCLEX Rn

1. A 71-year-old client is 2 days post hip replacement and reports feeling "cold and shaky." Assessment: temperature 39.0°C, heart rate 118/min, blood pressure 92/52 mm Hg, respiratory rate 22/min, oxygen saturation 95% on 2 L nasal cannula; incision is clean but the urinary catheter drainage is cloudy; white blood cell count 16,400/mm³ (4,500–11,000). Which intervention should be implemented IMMEDIATELY?
   Answer: Increase intravenous fluids per sepsis protocol and reassess blood pressure frequently This question tests recognition and prioritization in postoperative sepsis from possible UTI. The priority framework is the ABCs, focusing on circulation due to hypotension. Increasing intravenous fluids per sepsis protocol and reassessing blood pressure frequently is the highest priority to address hypoperfusion. Obtaining a urine culture, applying warm blankets, and delegating incentive spirometry are lower priority as diagnostics, comfort, and prevention follow hemodynamic stabilization. In postoperative sepsis, fluid resuscitation is key to maintaining organ perfusion. The decision-making principle prioritizes circulatory support over source identification. A generalizable prioritization strategy is to bolster circulation immediately in hypotensive sepsis using ABCs.
2. A 58-year-old client in the emergency department has suspected sepsis. Findings: temperature 38.4°C, heart rate 112/min, blood pressure 92/58 mm Hg, respiratory rate 24/min, oxygen saturation 95% on room air; lactate 3.1 mmol/L (0.5–2.0). The nurse receives several orders. The nurse should QUESTION which order in this situation?
   Answer: Delay antibiotic administration until the client is afebrile This question tests recognition and prioritization in sepsis orders. The priority framework is safety, identifying inappropriate directives. Delaying antibiotic administration until the client is afebrile is questionable as timely antibiotics are critical in sepsis to combat infection. Obtaining blood cultures before antibiotics, administering a 30 mL/kg bolus, and measuring urine output are appropriate and align with protocols. In sepsis, antibiotics should not be delayed for fever resolution. The decision-making principle advocates for evidence-based timing. A generalizable prioritization strategy is to question delays in key interventions in sepsis using safety frameworks.
3. A 56-year-old client in the emergency department has suspected sepsis from a kidney infection. Findings: temperature 39.0°C, heart rate 124/min, blood pressure 86/48 mm Hg, respiratory rate 24/min, oxygen saturation 95% on room air; lactate 4.2 mmol/L (0.5–2.0). The provider writes orders. The nurse should QUESTION which order in this situation?
   Answer: Give an oral bowel preparation solution to prevent constipation This question tests recognition and prioritization in sepsis orders from kidney infection. The priority framework is safety, questioning irrelevant or harmful orders. Giving an oral bowel preparation solution to prevent constipation is questionable as it is unrelated to sepsis management and may worsen dehydration. Administering antibiotics within 1 hour, infusing crystalloid bolus, and obtaining blood cultures are appropriate per sepsis guidelines. In sepsis, focus on infection and hemodynamics, not bowel prep. The decision-making principle ensures order relevance. A generalizable prioritization strategy is to challenge non-essential orders in acute sepsis using safety frameworks.
4. A 54-year-old client arrives to the emergency department with fever, chills, and confusion after 3 days of dysuria; history includes type 2 diabetes. Current findings: temperature 39.2°C, heart rate 128/min, blood pressure 82/46 mm Hg, respiratory rate 28/min, oxygen saturation 93% on room air, lactate 4.6 mmol/L (0.5–2.0), white blood cell count 18,500/mm³ (4,500–11,000), urine cloudy and foul-smelling. What is the PRIORITY nursing action for this client?
   Answer: Initiate rapid infusion of isotonic crystalloid via two large-bore intravenous lines This question tests recognition and prioritization in septic shock from urosepsis. The priority framework is the ABCs (airway, breathing, circulation), focusing on circulation due to hypotension and elevated lactate indicating hypoperfusion. Initiating rapid infusion of isotonic crystalloid via two large-bore intravenous lines is the highest priority to restore intravascular volume and improve tissue perfusion. Obtaining a urine specimen, administering acetaminophen, and delegating vital signs are lower priority as they do not immediately address life-threatening hypotension; specimen collection and fever reduction can follow stabilization, while delegation is inappropriate for unstable vital signs. In sepsis and septic shock, early fluid resuscitation is critical to prevent organ failure. The decision-making principle emphasizes addressing circulatory compromise before diagnostic or comfort measures. A generalizable prioritization strategy is to stabilize hemodynamics first in hypotensive shock scenarios using ABCs and sepsis bundles.
5. A 69-year-old client is 12 hours post abdominal surgery and now has tachycardia and low blood pressure. Findings: temperature 38.6°C, heart rate 132/min, blood pressure 88/52 mm Hg, respiratory rate 24/min, oxygen saturation 94% on room air; skin is warm and flushed; white blood cell count 17,600/mm³ (4,500–11,000). Which assessment finding should the nurse address FIRST?
   Answer: Hypotension This question tests the nurse's ability to recognize and prioritize interventions in a client exhibiting signs of septic shock following abdominal surgery. The priority framework utilized here is the ABCs (Airway, Breathing, Circulation), which guides immediate action in life-threatening situations. Hypotension (option B) is the highest priority because it indicates circulatory compromise in septic shock, potentially leading to inadequate tissue perfusion and organ failure if not addressed promptly. Warm, flushed skin (A) is a sign of early vasodilation but is not immediately life-threatening; elevated white blood cell count (C) suggests infection but requires further diagnostic confirmation rather than immediate intervention; and fever (D) is a common symptom of sepsis but is secondary to stabilizing hemodynamics. In sepsis and septic shock, the decision-making principle involves early recognition of systemic inflammatory response syndrome (SIRS) criteria, such as tachycardia, tachypnea, fever, and leukocytosis, combined with hypotension defining shock. Rapid intervention focuses on restoring perfusion through fluid resuscitation and vasopressor support if needed, while addressing the underlying infection. For similar clinical scenarios, always prioritize unstable vital signs affecting circulation, using the ABC framework to ensure patient stability before addressing diagnostic or symptomatic findings.
6. A 4-year-old child is admitted with suspected bacterial infection and has become increasingly irritable. Current findings: temperature 40.0°C (104.0°F), heart rate 160/min, respiratory rate 42/min, blood pressure 78/44 mm Hg, oxygen saturation 93% on room air, capillary refill 4 seconds; the child has cool extremities and decreased tears when crying. What is the PRIORITY nursing action for this client?
   Answer: Insert an intravenous catheter and begin an isotonic fluid bolus per pediatric sepsis protocol This question tests recognition and prioritization in pediatric septic shock. The priority framework is pediatric ABCs with emphasis on early aggressive intervention. The correct answer B (IV access and isotonic fluid bolus) is the highest priority because the child shows clear signs of septic shock (hypotension for age, prolonged capillary refill, cool extremities, decreased tear production indicating dehydration) requiring immediate fluid resuscitation. Option A (acetaminophen and cool compresses) addresses fever but not shock; option C (throat swab) delays critical treatment; option D (quiet room) is inappropriate when aggressive resuscitation is needed. In pediatric septic shock, rapid fluid resuscitation within the first hour dramatically improves outcomes. The generalizable strategy is: when a febrile child presents with hypotension, poor perfusion, and signs of dehydration, immediately prioritize vascular access and fluid resuscitation over comfort measures or diagnostic tests, as children can deteriorate rapidly once hypotension develops.
7. A 45-year-old client is 12 hours post-op after a laparoscopic cholecystectomy and now reports feeling "shaky" with increasing incisional pain. Current findings: temperature 38.9°C (102.0°F), heart rate 122/min, respiratory rate 24/min, blood pressure 96/54 mm Hg (down from 124/76), oxygen saturation 94% on room air, skin warm and flushed, urine output 15 mL/hr for the last 2 hours, white blood cell count 17,200/mm³ (reference 4,500–11,000). What is the PRIORITY nursing action for this client?
   Answer: Increase the maintenance intravenous fluid rate per standing post-op protocol and notify the provider of suspected sepsis This question tests recognition and prioritization in early sepsis following surgery. The priority framework is circulation and early sepsis recognition, focusing on preventing progression to septic shock. The correct answer A (increase IV fluids and notify provider) is the highest priority because the patient shows early signs of sepsis (fever, tachycardia, hypotension, oliguria) that require immediate intervention to prevent deterioration. Option B (reassessing dressing) is important but doesn't address the systemic response; option C (pain medication) might mask important symptoms and doesn't address the underlying problem; option D (pain assessment) delays critical intervention when sepsis indicators are present. The key principle in post-operative sepsis is early recognition and aggressive treatment - the combination of fever, tachycardia, hypotension, and decreased urine output post-surgery demands immediate fluid resuscitation and provider notification. The generalizable strategy is: when multiple sepsis indicators appear post-operatively, prioritize circulatory support and rapid escalation of care over routine assessments or symptomatic treatment.
8. A 70-year-old client is in the emergency department with suspected septic shock from a skin infection on the lower leg; the client is restless and states, "I feel like I can't think straight." Current findings: temperature 39.0°C (102.2°F), heart rate 132/min, respiratory rate 26/min, blood pressure 78/40 mm Hg, oxygen saturation 93% on 2 L/min nasal cannula, mottled cool extremities, urine output 10 mL/hr, lactate 6.0 mmol/L (reference 0.5–2.2). What is the PRIORITY nursing action for this client?
   Answer: Initiate rapid infusion of isotonic crystalloid and prepare to start a vasopressor per protocol if hypotension persists This question tests recognition and prioritization in established septic shock with organ dysfunction. The priority framework is circulation and preventing irreversible shock. The correct answer B (rapid crystalloid infusion and prepare vasopressors) is the highest priority because the patient has severe hypotension (78/40 mm Hg) with signs of tissue hypoperfusion (mottled skin, oliguria, elevated lactate, altered mental status) requiring immediate aggressive resuscitation. Option A (blood cultures) is important but secondary to stabilizing hemodynamics; option C (cooling measures) addresses fever but not the life-threatening hypoperfusion; option D (assessment and documentation) delays critical intervention. In septic shock with profound hypotension, fluid resuscitation with preparation for vasopressor support is the immediate priority to prevent irreversible organ damage. The generalizable principle is: when septic shock presents with severe hypotension and multiple organ dysfunction signs, prioritize aggressive hemodynamic support over diagnostic procedures or comfort measures, as every minute of hypoperfusion increases mortality risk.
9. A 6-year-old child is brought to the emergency department with vomiting and high fever for 1 day. Assessment: temperature 39.6°C, heart rate 156/min, respiratory rate 40/min with nasal flaring, blood pressure 78/42 mm Hg, capillary refill 5 seconds, oxygen saturation 90% on room air; parent reports fewer wet diapers; lactate 4.1 mmol/L (0.5–2.0). What is the PRIORITY nursing action?
   Answer: Start a peripheral intravenous line and administer a rapid isotonic fluid bolus per protocol Starting a peripheral intravenous line and administering a rapid isotonic fluid bolus per protocol is the priority. This child has hypotension, tachycardia, tachypnea with nasal flaring, delayed capillary refill, decreased urine output, and elevated lactate—findings of septic shock. The immediate need is to restore circulation with volume expansion. Collecting a urine specimen for urinalysis and culture after perfusion improves is a diagnostic step; it does not treat shock and should not come before resuscitation. Administering an oral antipyretic and reassessing in 30 minutes treats fever, not poor perfusion; oral absorption is unreliable in hypoperfusion, and the delay is unsafe. Delegating weight measurement to unlicensed assistive personnel is not the priority; although weight may be useful for dosing, obtaining vascular access and giving fluid is the life-saving action. Use ABCs and emphasize circulation when shock is suspected: a rapid isotonic fluid bolus is the first response.
10. A 64-year-old client is in the emergency department with suspected urosepsis; the client has a history of type 2 diabetes and reports flank pain and weakness. Current findings: temperature 38.7°C (101.7°F), heart rate 124/min, respiratory rate 26/min, blood pressure 84/44 mm Hg, oxygen saturation 94% on 2 L/min nasal cannula; lactate 4.1 mmol/L (reference 0.5–2.2). Which intervention should be implemented IMMEDIATELY?
    Answer: Start a second large-bore intravenous line and begin rapid isotonic crystalloid infusion This question tests recognition and prioritization in urosepsis with hemodynamic compromise. The priority framework is ABCs with focus on circulation in septic shock. The correct answer A (second IV line and rapid crystalloid infusion) is the highest priority because the patient has severe hypotension (84/44 mm Hg) with elevated lactate indicating septic shock requiring immediate aggressive fluid resuscitation through multiple access points. Option B (waiting for cultures before antibiotics) dangerously delays treatment; option C (medication reconciliation) is important but not immediately life-saving; option D (bathroom ambulation) is unsafe with severe hypotension and could cause syncope. The principle in septic shock is that immediate fluid resuscitation takes precedence, and multiple large-bore IV access allows rapid volume replacement. The generalizable strategy is: when recognizing septic shock with severe hypotension, prioritize establishing multiple vascular access points for aggressive fluid resuscitation over any intervention that delays treatment or poses safety risks to the hemodynamically unstable patient.
11. A 39-year-old client is 24 hours post-op after an open appendectomy and now has new shaking chills and anxiety. Current findings: temperature $39.4^\circ\text{C}$ ($102.9^\circ\text{F}$), heart rate 126/min, respiratory rate 28/min, blood pressure 92/56 mm Hg, oxygen saturation 95% on room air; the incision is mildly erythematous with increasing tenderness. Which assessment finding should the nurse address FIRST?
    Answer: Blood pressure 92/56 mm Hg This question tests recognition and prioritization in post-operative sepsis development. The priority framework is ABCs, specifically addressing circulation given the hypotension. The correct answer B (blood pressure 92/56 mm Hg) should be addressed first because hypotension in the setting of post-operative fever and tachycardia indicates potential septic shock requiring immediate intervention. Option A (mild erythema) suggests infection source but isn't immediately life-threatening; option C (high fever) is concerning but secondary to addressing shock; option D (incisional tenderness) indicates local infection but doesn't pose immediate systemic threat. The key principle is that post-operative hypotension with signs of infection represents early septic shock requiring immediate fluid resuscitation to prevent progression. The generalizable strategy is: in post-operative patients with multiple concerning findings, prioritize hemodynamic instability over local signs of infection or fever, as preventing circulatory collapse takes precedence over source control in the immediate phase.
12. A 4-year-old child is brought to urgent care with fever and lethargy. Assessment: temperature 40.0°C, heart rate 164/min, respiratory rate 44/min, blood pressure 76/38 mm Hg, oxygen saturation 93% on room air; child has dry mucous membranes and capillary refill of 6 seconds. Which assessment finding should the nurse address FIRST?
    Answer: Hypotension with delayed capillary refill This question tests recognition and prioritization in pediatric sepsis. The priority framework is Maslow's hierarchy, focusing on physiological circulation needs. Hypotension with delayed capillary refill is the highest priority as it indicates shock and poor perfusion. High fever, dry mucous membranes, and lethargy are lower priority as temperature, hydration signs, and alertness follow addressing hemodynamics. In pediatric sepsis, perfusion deficits require urgent attention. The decision-making principle prioritizes circulatory compromise. A generalizable prioritization strategy is to target shock indicators first in children using Maslow's needs.
13. A 52-year-old client is in the emergency department with suspected septic shock from pneumonia. Current findings: temperature 39.1°C, heart rate 134/min, blood pressure 86/50 mm Hg, respiratory rate 32/min, oxygen saturation 89% on room air, lactate 4.8 mmol/L (0.5–2.0). Which intervention should be implemented IMMEDIATELY?
    Answer: Place the client in high-Fowler position and apply supplemental oxygen This question tests recognition and prioritization in septic shock from pneumonia. The priority framework is the ABCs, focusing on breathing due to low oxygen saturation. Placing the client in high-Fowler position and applying supplemental oxygen is the highest priority to improve ventilation and oxygenation. Administering an antipyretic, obtaining medication reconciliation, and delegating sputum collection are lower priority as fever reduction, history, and specimen tasks follow respiratory stabilization. In pneumonic sepsis, positioning and oxygen prevent respiratory failure. The decision-making principle emphasizes airway and breathing support. A generalizable prioritization strategy is to optimize oxygenation first in hypoxic sepsis using ABCs.
14. A 61-year-old client in the emergency department is suspected to have septic shock. Findings: temperature 38.9°C, heart rate 136/min, blood pressure 84/42 mm Hg, respiratory rate 30/min, oxygen saturation 94% on room air, lactate 4.9 mmol/L (0.5–2.0). Which assessment finding should the nurse address FIRST?
    Answer: Hypotension This question tests recognition and prioritization in septic shock. The priority framework is Maslow's hierarchy, focusing on physiological perfusion. Hypotension is the highest priority as it directly threatens organ perfusion. Tachycardia, fever, and elevated lactate are lower priority as compensatory responses and markers follow addressing blood pressure. In septic shock, hypotension requires immediate correction. The decision-making principle prioritizes life-threatening hemodynamics. A generalizable prioritization strategy is to target hypotension first in shock scenarios using Maslow's needs.
15. A 65-year-old client with suspected septic shock is in the emergency department. Findings: temperature 39.0°C, heart rate 130/min, blood pressure 80/44 mm Hg, respiratory rate 30/min, oxygen saturation 91% on room air; the client is pale and diaphoretic. Which intervention should be implemented IMMEDIATELY?
    Answer: Insert two large-bore intravenous catheters and start rapid isotonic fluid infusion This question tests recognition and prioritization in septic shock. The priority framework is the ABCs, focusing on circulation due to hypotension and diaphoresis. Inserting two large-bore intravenous catheters and starting rapid isotonic fluid infusion is the highest priority to restore volume. Obtaining a health history, teaching breathing, and delegating a stool sample are lower priority as history, anxiety management, and non-urgent tasks follow resuscitation. In septic shock, rapid fluids are essential for perfusion. The decision-making principle prioritizes circulatory stabilization. A generalizable prioritization strategy is to secure access and infuse fluids immediately in shock using ABCs.
16. A 70-year-old client is 1 day post bowel resection and now has a new fever and tachycardia. Findings: temperature 38.8°C, heart rate 124/min, blood pressure 98/60 mm Hg, respiratory rate 22/min, oxygen saturation 94% on room air; abdomen is tender; white blood cell count 18,100/mm³ (4,500–11,000). What is the PRIORITY nursing action?
    Answer: Assess for sepsis and notify the provider of possible infection and hemodynamic changes The correct priority is to assess for sepsis and notify the provider of possible infection and hemodynamic changes. One day after a bowel resection, this client has new fever, tachycardia, hypotension, a tender abdomen, and an elevated white blood cell count — a constellation that strongly suggests early sepsis. Prompt recognition and escalation are critical because sepsis can progress to shock quickly, and early antimicrobial and hemodynamic intervention improves outcomes. Encouraging coughing, deep breathing, and ambulation targets postoperative atelectasis; while a reasonable preventive measure, it does not explain or treat the fever, low blood pressure, or abdominal tenderness. Administering acetaminophen treats the fever symptomatically and delays investigating the underlying infection; reassessing temperature in an hour loses valuable time. Delegating intake and output documentation to unlicensed assistive personnel is a clerical task that responds to none of the acute findings, so it is the lowest priority. When sepsis is suspected, escalate: assess and communicate urgent findings before treating symptoms or delegating documentation.
17. A 76-year-old long-term care resident with a chronic indwelling urinary catheter is newly agitated and pulling at lines. Findings: temperature 38.6°C, heart rate 118/min, blood pressure 86/52 mm Hg, respiratory rate 22/min, oxygen saturation 97% on room air; urine is cloudy; white blood cell count 14,800/mm³ (4,500–11,000). What is the PRIORITY nursing action?
    Answer: Initiate intravenous access and begin isotonic fluids per protocol This resident has fever, cloudy urine, leukocytosis, tachycardia, and hypotension that indicate septic shock. The blood pressure of 86/52 mm Hg is an immediate threat to circulation, so the priority is to support perfusion. Initiating intravenous access and beginning isotonic fluids per protocol expands blood volume while the infection is being investigated. The as-needed anxiolytic treats the agitation as the main problem, but the agitation is a sign of the underlying infection; sedation may also hide worsening neurologic status and does not raise blood pressure. Obtaining a catheter urine specimen for culture and sensitivity is a reasonable diagnostic step, but it should come after the patient is stabilized. Delegating continuous one-to-one observation provides safety monitoring, but a nursing assistant cannot treat the hypotension or deliver the fluids this resident needs. The priority is therefore IV access and fluid resuscitation.
18. A 79-year-old long-term care resident with a history of heart failure is febrile and increasingly short of breath. Findings: temperature 38.5°C, heart rate 120/min, blood pressure 88/54 mm Hg, respiratory rate 28/min, oxygen saturation 90% on room air; lung sounds have crackles at the bases; lactate 4.0 mmol/L (0.5–2.0). What is the PRIORITY nursing action?
    Answer: Apply supplemental oxygen and assess airway and breathing while preparing for sepsis interventions The correct priority is to apply supplemental oxygen and assess airway and breathing while preparing for sepsis interventions. This patient has hypoxemia on room air, tachypnea, crackles, and signs of sepsis with elevated lactate; the immediate threat is respiratory failure, so ABCs come before any other intervention. Starting the oxygen and evaluating airway and breathing directly treats the most urgent problem and positions you to act on the sepsis. Administering a slow IV fluid bolus while watching for crackles acknowledges heart failure but is not the first action; fluids need to be considered, but airway and oxygenation come first. Delegating repositioning and skin care after vital signs stabilize is a needed but nonurgent task and does not address the crisis. Obtaining a daily weight at the same time each morning is useful chronic heart-failure monitoring, not an emergency response, and would not improve the current hypoxia or shock. Thus, by prioritization, the only choice that immediately protects breathing and gives oxygen while mobilizing sepsis care is the keyed action.
19. A 6-year-old child is brought to the emergency department with a 1-day history of vomiting and fever; the parent reports the child has been "breathing fast" and is very sleepy. Current findings: temperature 39.6°C (103.3°F), heart rate 152/min, respiratory rate 40/min with nasal flaring, blood pressure 84/46 mm Hg, capillary refill 5 seconds, oxygen saturation 90% on room air. Which intervention should be implemented IMMEDIATELY?
    Answer: Start oxygen therapy and prepare for rapid intravenous access for isotonic fluid bolus per protocol This question tests recognition and prioritization in pediatric septic shock. The priority framework combines ABCs with pediatric-specific considerations for compensated versus decompensated shock. The correct answer A (oxygen therapy and IV access for fluid bolus) is the highest priority because the child shows signs of decompensated shock (hypotension for age, prolonged capillary refill, altered mental status, hypoxemia) requiring immediate intervention. Option B (obtaining history) delays critical treatment; option C (oral rehydration) is inappropriate for a child in shock who needs rapid IV resuscitation; option D (weight and I&O) is important but not immediately life-saving. In pediatric septic shock, children can compensate until late stages, and hypotension represents decompensation requiring immediate aggressive intervention. The generalizable strategy is: in pediatric patients with hypotension, tachycardia, and signs of poor perfusion, immediately address both oxygenation and circulation simultaneously, as children in decompensated shock deteriorate rapidly without prompt intervention.
20. A 67-year-old client is 36 hours post hysterectomy and develops shaking chills and increasing incisional pain. Findings: temperature 39.4°C, heart rate 126/min, blood pressure 94/56 mm Hg, respiratory rate 24/min, oxygen saturation 95% on room air; white blood cell count 19,000/mm³ (4,500–11,000), lactate 3.6 mmol/L (0.5–2.0). What is the PRIORITY nursing action?
    Answer: Notify the provider and activate the facility sepsis protocol This question tests recognition and prioritization in postoperative sepsis. The priority framework is safety, recognizing signs of deterioration. Notifying the provider and activating the facility sepsis protocol is the highest priority to initiate timely interventions for suspected sepsis. Administering an opioid, reassessing the incision, and encouraging incentive spirometry are lower priority as pain management, assessment, and prevention follow alerting for systemic response. In postoperative sepsis, early protocol activation improves outcomes. The decision-making principle involves rapid recognition and escalation. A generalizable prioritization strategy is to activate protocols immediately in suspected sepsis using safety frameworks.

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