A nurse is caring for a client who has acute pancreatitis.
Vital Signs
Day 2:
Heart rate: 92/min
Respiratory rate: 20/min
BP: 122/58 mm Hg
Oxygen saturation: 96% on room air
Nurses Notes:
Oriented to person, place, and time; reports extreme fatigue.
Client rates pain as 3 on a 0 to 10 pain scale following administration of pain medication 30 min ago.
S1, S2 noted on auscultation. Pulses palpable.
Respirations even, unlabored. Chest clear on auscultation.
Bowel sounds hypoactive in all four quadrants. Client vomiting brown liquid and reports continuing nausea. Reports passing flatus. Urinating without difficulty, urine is clear yellow.
Heart rate: 92/min
Respiratory rate: 20/min
Oxygen saturation: 96% on room air
reports extreme fatigue.
Client rates pain as 3 on a 0 to 10 pain scale following administration of pain medication 30 min ago.
Respirations even, unlabored. Chest clear on auscultation.
Bowel sounds hypoactive in all four quadrants.
Client vomiting brown liquid and reports continuing nausea.
Reports passing flatus. Urinating without difficulty, urine is clear yellow.
The Correct Answer is ["A","B","C","E","F","I"]
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Heart rate: 92/min: Improved from 109/min on Day 1, showing better autonomic control.
A heart rate within normal range indicates reduced stress or inflammation. This suggests pain management and fluid status have improved. -
Respiratory rate: 20/min: Improved from 26/min, now within normal limits. This reflects decreased respiratory effort and better oxygenation. The labored breathing on Day 1 has also resolved.
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Oxygen saturation: 96% on room air: Increased from 93% on Day 1, indicating improved gas exchange. No supplemental oxygen was required, suggesting stable pulmonary function.
This is a positive sign especially given the initial diminished breath sounds. -
Client rates pain as 3/10 after medication: The pain is down from 8/10 on Day 1, showing effective analgesia. Pain control improves patient comfort and respiratory status. The pain was likely contributing to tachypnea and lethargy on Day 1.
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Respirations even and unlabored; chest clear on auscultation: Improved from "rapid, labored" with "diminished" breath sounds on day 1 which suggests resolution of respiratory compromise and pain-related restriction. Likely associated with improved oxygen saturation and decreased fatigue..
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Passing flatus: This indicates return of peristalsis and some bowel activity. These findings were not present on Day 1, showing progress. Flatus passage often precedes return to full bowel function.
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Urinating without difficulty; urine clear yellow: These findings indicate stable renal function, no hematuria or concentration issues. The findings were maintained across both days, with no signs of obstruction or dehydration which uggests effective fluid balance and kidney perfusion.
Rationale for Incorrect Findings:
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Bowel sounds hypoactive in all quadrants: No change from Day 1, suggests slow GI recovery. Hypoactivity may reflect paralytic ileus or continued inflammation.
Despite passage of flatus, bowel function remains impaired. -
Client vomiting brown liquid and reports continuing nausea: This is a new symptom on Day 2, worsening GI symptoms despite earlier improvement. Brown emesis may suggest delayed gastric emptying or possible GI bleeding.
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Reports extreme fatigue: Fatigue is more severe than Day 1's lethargy and may reflect nutritional deficits, systemic inflammation, or sleep disruption. Despite improved pain and respiratory status, overall energy is low.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is A
Explanation
A. The Somogyi effect results from an excessive insulin dose causing hypoglycemia overnight, triggering a rebound hyperglycemia via release of glucagon, cortisol, and growth hormone. In contrast, the dawn phenomenon is a natural early morning rise in blood glucose due to circadian increases in cortisol and growth hormone without preceding hypoglycemia.
B. The Somogyi effect happens only in type 2 diabetes, while the dawn phenomenon happens only in type 1 diabetes: Both effects can occur in either type 1 or type 2 diabetes depending on insulin therapy and individual physiology.
C. Both the Somogyi effect and the dawn phenomenon occur due to nighttime hyperglycemia: The Somogyi effect starts with nighttime hypoglycemia, not hyperglycemia, while the dawn phenomenon involves a gradual early morning rise in glucose levels.
D. The Somogyi effect is caused by insufficient insulin at night, while the dawn phenomenon is caused by excessive nighttime insulin: The Somogyi effect is caused by excessive insulin leading to hypoglycemia, not insufficient insulin. The dawn phenomenon is unrelated to nighttime insulin dosing and is caused by hormonal changes.
Correct Answer is ["C","D","E"]
Explanation
A. Optimizing pain: While pain management is important in any patient care plan, acute kidney injury typically does not cause significant pain unless associated with another condition such as obstruction or infection. It is not a primary focus unless the patient reports discomfort requiring intervention.
B. Protecting from falls: Fall prevention is a general safety measure but is not a specific priority related to AKI management unless the patient has associated risks like altered mental status, weakness, or dialysis-related hypotension. It is not a primary priority in early AKI care planning.
C. Monitoring electrolyte levels: AKI commonly leads to imbalances in potassium, sodium, calcium, and phosphorus due to impaired renal clearance. Hyperkalemia in particular poses serious cardiac risks, making electrolyte monitoring a top priority to prevent complications such as arrhythmias.
D. Assessing fluid balance: AKI affects the kidneys’ ability to excrete or conserve fluid, resulting in potential fluid overload or dehydration. Accurate intake and output tracking, daily weights, and edema assessment are essential to guide treatment and prevent respiratory or cardiovascular compromise.
E. Promoting infection control: Infection is both a potential cause and a complication of AKI, especially in hospitalized or catheterized patients. Maintaining strict aseptic technique, monitoring for signs of infection, and preventing sepsis are critical components of AKI management.
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