A nurse is reviewing laboratory findings for a client admitted with multiple myeloma. The nurse should expect to see an increase in which of the following laboratory tests?
WBCS
Calcium
Absolute neutrophil count
Platelets
The Correct Answer is B
A. WBCs: White blood cell counts may vary in multiple myeloma, but they are not typically increased; in fact, WBC counts can be low due to bone marrow crowding.
B. Calcium: Multiple myeloma often causes hypercalcemia because of increased bone breakdown, leading to the release of calcium into the bloodstream.
C. Absolute neutrophil count: The absolute neutrophil count may actually decrease as a result of bone marrow dysfunction, not increase.
D. Platelets: Platelet counts are often decreased in multiple myeloma due to bone marrow involvement, not increased.
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Correct Answer is C
Explanation
A. Hip: While “hip” can sometimes colloquially refer to the iliac crest, it is not commonly used to describe the specific site for aspiration outside of the iliac crest.
B. Cervical spine: The cervical spine is not a site used for bone marrow aspiration due to its inaccessibility and proximity to critical structures.
C. Sternum: The sternum is a common site for bone marrow aspiration in adults as it provides direct access to the marrow.
D. Humerus: The humerus is generally not used for bone marrow aspirations as it does not provide as accessible or large an area for aspiration.
Correct Answer is D
Explanation
A. Malformed RBCs: Malformed RBCs are not caused by a transfusion reaction; they are generally a result of bone marrow abnormalities or genetic conditions.
B. A deficiency in vitamin B12: Vitamin B12 deficiency causes megaloblastic anemia, not hemolysis. It is unrelated to transfusion reactions.
C. An abundance of immature RBCs: Immature RBCs, or reticulocytes, can increase as a compensatory response to anemia but are not a direct result of a transfusion reaction. The primary issue is RBC destruction.
D. Destruction of RBCs: A hemolytic reaction occurs when the immune system attacks incompatible red blood cells, leading to their destruction.