Nokea
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.
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The unlicensed assistive personnel (UAP) asks the primary nurse, 'How does someone get hemophilia A?' Which statement would be the primary nurse’s best response?
- A. It is an inherited X-linked recessive disorder.'
- B. There is a deficiency of the clotting factor VIII.'
- C. The person is born with hemophilia A.'
- D. The mother carries the gene and gives it to the son.'
Correct Answer: A
Rationale: Hemophilia A is an X-linked recessive disorder (A), the most precise explanation. Factor VIII deficiency (B) is a result, born with it (C) is vague, and mother-to-son (D) is partial.
The client is diagnosed with congestive heart failure and anemia. The HCP ordered a transfusion of two (2) units of packed red blood cells. The unit has 250 mL of red blood cells plus 45 mL of additive. At what rate should the nurse set the IV pump to infuse each unit of packed red blood cells?
Correct Answer: 74
Rationale: Each unit = 250 mL RBC + 45 mL additive = 295 mL. Standard transfusion time is 4 hours max. 295 mL ÷ 4 hr = 73.75 mL/hr, rounded to 74 mL/hr for pump precision.
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 teaches a coworker about the treatment for hemophilia. The nurse instructs that the treatment will likely include periodic self-administration of which component?
- A. Platelets
- B. Whole blood
- C. Factor concentrates
- D. Fresh frozen plasma
Correct Answer: C
Rationale: A. Platelets do not contain the deficient clotting factors. B. Although whole blood contains the deficient factors, periodic administration of factor concentrates are safer. C. A person with hemophilia A is deficient in factor VIII; hemophilia B, factor IX; and von Willebrand’s hemophilia, the von Willebrand’s factor and factor VIII. Recombinant forms of the factors are available for the client to self-administer intravenously at home. D. Although fresh frozen plasma contains the deficient factors, periodic administration of factor concentrates are safer.
An 8-year-old boy is admitted to the unit with a diagnosis of acute lymphocytic leukemia. During a routine physical exam, numerous ecchymotic areas were noted on his body. The parent reported that the child has been more tired than usual personally more tired than usual lately. The parent says that the child has had a cold for the last several weeks and asks if this is related to the leukemia. The nurse's response is based on the knowledge that:
- A. leukemia causes a decrease in the number of normal white blood cells in the body.
- B. a chronic infection such as the child has had makes a child more likely to develop leukemia.
- C. the virus responsible for colds is thought to cause leukemia.
- D. having an infection prior to the onset of leukemia is merely a coincidence.
Correct Answer: A
Rationale: Leukemia reduces normal white blood cells, impairing infection fighting, which may explain the prolonged cold. Infections do not cause leukemia.