Sodium Phosphate (P32) is primarily used to treat which condition?

Sodium Phosphate (P32) is primarily used to treat which condition?

• A. Leukemia
• B. Polycethemia vera
• C. Multiple myeloma
• D. Aplastic anemia

Answer: (B)

Sodium Phosphate (P32) is primarily recognized for its therapeutic application in treating polycythemia vera. This condition is characterized by the overproduction of red blood cells, which can lead to complications such as blood clots, increased blood viscosity, and other related vascular issues. The radioisotope P32 emits beta radiation, which helps in reducing the white blood cell and red blood cell counts, thereby alleviating some symptoms and complications associated with polycythemia vera. While there are other conditions, such as leukemia and multiple myeloma, that can be treated with other radioisotopes or chemotherapy, P32 specifically targets the hyperproliferative nature of polycythemia vera. In the context of aplastic anemia, which involves a failure of the bone marrow to produce adequate blood cells, P32 is not utilized as a treatment option. This distinct application of P32 aligns it closely with the pathophysiological mechanisms of polycythemia vera, making this choice the most appropriate answer.

Sodium Phosphate (P32) is primarily recognized for its therapeutic application in treating polycythemia vera. This condition is characterized by the overproduction of red blood cells, which can lead to complications such as blood clots, increased blood viscosity, and other related vascular issues. The radioisotope P32 emits beta radiation, which helps in reducing the white blood cell and red blood cell counts, thereby alleviating some symptoms and complications associated with polycythemia vera.

While there are other conditions, such as leukemia and multiple myeloma, that can be treated with other radioisotopes or chemotherapy, P32 specifically targets the hyperproliferative nature of polycythemia vera. In the context of aplastic anemia, which involves a failure of the bone marrow to produce adequate blood cells, P32 is not utilized as a treatment option. This distinct application of P32 aligns it closely with the pathophysiological mechanisms of polycythemia vera, making this choice the most appropriate answer.