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  • Title: Recombinant human erythropoietin in the treatment of cancer-related or chemotherapy-induced anaemia in patients with solid tumours.
    Author: Nowrousian MR.
    Journal: Med Oncol; 1998 Aug; 15 Suppl 1():S19-28. PubMed ID: 9785333.
    Abstract:
    Patients with cancer frequently develop anaemia, due either to the malignant disease itself or to its treatment. Various factors, including the type of malignancy and the type and intensity of chemotherapy, influence the prevalence of anaemia and the need for transfusions. Among patients with solid tumours, those with lung cancer and ovarian cancer are reported to have the highest frequency of anaemia (52% and 51%, respectively) and the highest rate of transfusion requirements (28% and 25%, respectively). Patients with a low level of haemoglobin (Hb) (10-12 g/dl) at the start of chemotherapy are particularly at risk of developing anaemia and requiring transfusions. Similarly, patients treated with platinum-based regimens more often develop anaemia and need transfusions. The frequency of transfusion requirements in these patients can amount to 47%-100%, depending on the cumulative dose of platinum and other risk factors, such as advanced age, loss of body weight before treatment, advanced disease stage, and particularly a low primary level of Hb (11 g/dl) and a decrease in Hb level (1-2 g/dl) after the first cycle of treatment. The causative mechanism of platinum-induced anaemia is reported to be, beside myelosuppression, a deficient production of erythropoietin (EPO) resulting from drug-induced renal tubular damage. In a number of randomised and nonrandomised studies, recombinant human (rh) EPO has been shown to be effective in the treatment of cancer-related anaemia (CRA) and in the prevention and treatment of chemotherapy-induced anaemia. An appropriate dose of rhEPO for the start of treatment is 150 U/kg given subcutaneously three times per week (t.i.w.). The response rate of anaemia ranges from 40% to 85%. rhEPO is well tolerated, but the cost of treatment requires patient selection and parameters predicting response as early as possible after the start of treatment. Appropriate groups of patients for treatment with rhEPO are those with an Hb level of < 10 g/dl and those with a higher Hb level, but symptomatic anaemia. Other groups are patients who are going to receive chemotherapy and have a low primary level of Hb (10-12 g/dl) and patients who receive platinum-based chemotherapy and have experienced a marked decrease in their Hb level (1-2 g/dl) from baseline to the second cycle of treatment. These patients have a high risk of becoming anaemic and requiring transfusions during chemotherapy. In anaemic cancer patients treated with rhEPO, an early indicator of response is an increase in Hb level of at least 0.5 g/dl in patients not receiving chemotherapy and 1 g/dl in those receiving chemotherapy, combined with an increase in reticulocyte count of at least 40,000 cells/microliter after 2 weeks of treatment in the first group of patients and after 4 weeks in the second.
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