The nurse observes that a client with sickle cell anemia and on a blood transfusion regimen has cardiac dysrhythmias due to iron overdose toxicity. Which medication is most beneficial to this client?

A.Growth of that leg may be affected.

When a fracture occurs near the epiphyseal plate of a long bone, such as the femur, there is a risk of damage to the growth plate. The growth plate (epiphyseal plate) is responsible for longitudinal bone growth in children. If the growth plate is injured or damaged during the fracture, it can potentially lead to growth disturbances and affect the growth of that leg.

B. Risk for infection at this location is increased: While any fracture has a risk of infection, the proximity to the epiphyseal plate doesn't necessarily increase the risk of infection.

C. Long bones contain marrow, which increases the risk for anemia: The presence of bone marrow in long bones is unrelated to the potential effects on bone growth after a fracture near the epiphyseal plate.

D. Fracture repair will necessitate prolonged traction: The use of traction for fracture repair can vary depending on the type and location of the fracture. However, the primary concern with a fracture near the epiphyseal plate is its potential impact on bone growth.

A. Thrombocytopenia: Thrombocytopenia is a condition characterized by a low platelet count, and it is not a typical feature of iron-deficiency anemia.

B. Increased Total Iron-binding Capacity: In iron-deficiency anemia, the Total Iron-binding Capacity (TIBC) is typically increased as the body attempts to compensate for the low iron levels by increasing its capacity to bind and transport iron.

C. Decreased Folate Levels: While iron-deficiency anemia and folate-deficiency anemia are both forms of anemia, decreased folate levels are more characteristic of folate-deficiency anemia, which is a separate condition.

D. Microcytic Red Blood Cells.

Iron-deficiency anemia is characterized by a decrease in the body's iron stores, which in turn affects the production of hemoglobin and red blood cells. This results in the formation of microcytic (smaller than normal) red blood cells. These smaller red blood cells are a typical finding in iron-deficiency anemia.