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The nurse is planning the care of a client diagnosed with aplastic anemia. Which interventions should be taught to the client? Select all that apply.
- A. Avoid alcohol.
- B. Pace activities.
- C. Stop smoking.
- D. Eat a balanced diet.
- E. Use a safety razor.
Correct Answer: A,B,C,D
Rationale: Avoiding alcohol (A), pacing activities (B), stopping smoking (C), and balanced diet (D) support aplastic anemia management. Safety razors (E) risk bleeding due to thrombocytopenia.
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The client is hospitalized with a diagnosis of sickle cell crisis. Which findings should prompt the nurse to consider that the client is ready for discharge?
- A. Leukocyte count is at 7500/mm3
- B. Describes the importance of keeping warm
- C. Pain controlled at 2 on a 0 to 10 scale with analgesics
- D. Has not had chest pain or dyspnea for past 24 hours
- E. Blood transfusions effective in diminishing cell Sickling
- F. Hydroxyurea effective in suppressing leukocyte formation
Correct Answer: A, B, C, D
Rationale: leukocyte count of 7500/mm3 is within normal range (5000 to 10,000/mm3 indicates the absence of an infection). B. Keeping warm and avoiding chills will help to prevent infection. Cold causes vasoconstriction, slowing blood flow and aggravating the Sickling process. C. Acute pain is due to tissue hypoxia from the agglutination of sickled cells within blood vessels. D. The absence of symptoms of complication such as acute chest syndrome and pulmonary hypertension indicates readiness for discharge. E. RBC transfusions may help to prevent complications, but transfusions do not alter the person’s body from producing the deformed erythrocytes. F. Hydroxyurea (Hydrea) can decrease the permanent formation of sickled cells. A side effect (not therapeutic effect) of hydroxyurea is suppression of leukocyte formation.
The client is diagnosed with sickle cell crisis. The nurse is calculating the client’s intake and output (I&O) for the shift. The client had 20 ounces of water, eight (8) ounces of apple juice, three (3) cartons of milk with four (4) ounces each, 1,800 mL of IV fluids for the last 12 hours, and a urinary output of 1,200. What is the client’s total intake for this shift?
Correct Answer: 2840
Rationale: Oral intake: 20 oz water + 8 oz juice + (3 × 4 oz milk) = 36 oz. 1 oz = 30 mL, so 36 × 30 = 1,080 mL. IV fluids = 1,800 mL. Total intake = 1,080 + 1,800 = 2,840 mL. Output (1,200 mL) is not included.
The nurse has identified the concept of cellular deviation for a client diagnosed with chronic myelogenous leukemia. Which intervention should the nurse implement? Select all that apply.
- A. Screen visitors for infection before allowing them to enter the room.
- B. Assess the client’s vital signs every four (4) hours.
- C. Do not allow fresh fruits and vegetables on diet trays.
- D. Monitor the client’s white blood cell count.
- E. Place the client on droplet isolation.
- F. Check the client’s bone marrow results daily.
Correct Answer: A,C,D
Rationale: Screening visitors (A), avoiding fresh produce (C), and monitoring WBCs (D) reduce infection risk in CML. Vitals (B) are routine, droplet isolation (E) is excessive, and daily bone marrow (F) is impractical.
The client receiving hospice care has cancer pain and requires treatment with a co-analgesic for pain control. Which medication should the nurse request an HCP to prescribe because it gives the best pain-relieving response when given with opioids?
- A. Promethazine
- B. Gabapentin
- C. Diphenhydramine
- D. Droperidol
Correct Answer: B
Rationale: Promethazine (Phenergan) is given with pain medications, but it treats nausea and vomiting, not pain. Gabapentin (Neurontin) is often administered with opioid pain medications because of its efficacy in relieving neuropathic pain and its limited adverse effects. Diphenhydramine (Benadryl) is not a co-analgesic but an antihistamine. Droperidol (Inapsine) is not a co-analgesic but an antiemetic to control nausea and vomiting.
The client is diagnosed with leukemia and has leukocytosis. Which laboratory value would the nurse expect to assess?
- A. An elevated hemoglobin.
- B. A decreased sedimentation rate.
- C. A decreased red cell distribution width.
- D. An elevated white blood cell count.
Correct Answer: D
Rationale: Leukocytosis in leukemia causes elevated WBCs (D). Hb (A) is low, ESR (B) is elevated, and RDW (C) is unrelated.