The nurse is caring for a patient receiving treatment for a hemolytic reaction from a mismatched blood transfusion. The nurse understands that this the incompatible blood is causing what?
Malformed RBCs
A deficiency in vitamin B12
An abundance of immature RBCS
Destruction of RBCs
The Correct Answer is D
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.
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Correct Answer is D
Explanation
A. Heat relaxes the muscles and distracts the patient from the pain. While warmth can provide comfort, the main goal is to improve circulation rather than distraction.
B. Sickle cell crisis pain can be exacerbated with shivering. Although shivering may be uncomfortable, it is not the primary reason for using heat during a sickle cell crisis.
C. Heat promotes proper formation of red blood cells (RBCs) and prevents sickling. Heat does not affect RBC formation or prevent sickling. The condition of sickling is due to genetic factors, not temperature.
D. Heat increases circulation by preventing vasoconstriction. In sickle cell crisis, warmth helps prevent vasoconstriction, which can reduce blood flow to areas already compromised by sickled cells. Preventing vasoconstriction may help alleviate pain and improve circulation.
Correct Answer is C
Explanation
A. Ineffective airway clearance related to swelling of the lymph nodes: Multiple myeloma primarily affects bone marrow and bones rather than lymph nodes, so this diagnosis is less relevant.
B. Ineffective tissue perfusion related to vascular occlusion: Vascular occlusion is not a common complication of multiple myeloma, although hyperviscosity can occur, especially in advanced stages. However, the primary concern is bone integrity.
C. Risk for injury related to compromised bone integrity: Multiple myeloma weakens bones due to the presence of osteolytic lesions, increasing the risk for fractures. Teaching the family about measures to prevent injury is crucial.
D. Risk for deficit fluid volume related to a bleeding disorder: Multiple myeloma does not usually cause a primary bleeding disorder that would result in fluid volume deficit. Bone fractures and hypercalcemia are more immediate concerns.