- How is multiple myeloma treated?
- Chemotherapy and other drugs for multiple myeloma
- Bisphosphonates for multiple myeloma
- Radiation therapy for multiple myeloma
- Surgery for multiple myeloma
- Biologic therapy for multiple myeloma
- Stem cell transplant for multiple myeloma
- Supportive treatments for patients with multiple myeloma
- Clinical trials for multiple myeloma
- Complementary and alternative therapies for multiple myeloma
- Treatment options for multiple myeloma, by stage
- More treatment information for multiple myeloma
Supportive treatments for patients with multiple myeloma
Intravenous immunoglobulin (IVIG)
Patients with multiple myeloma often have low levels of the normal antibodies (immunoglobulins) needed to fight infection. This can lead to problems with lung and/or sinus infections that keep coming back. The patient’s level of antibodies in the blood can be tested, and if it’s low, antibodies from donors can be given into a vein (IV) to raise the levels and help prevent infections. The antibodies given are called IVIG or intravenous immunoglobulin. IVIG is often given once a month at first, but may be able to be given less often based on blood tests of antibody levels.
Treatment for low blood cell counts
Some patients develop low red blood cell counts (anemia) from multiple myeloma or its treatment. They feel tired, light headed, or short of breath while walking. Anemia that’s causing symptoms can be treated with transfusions. These are often given on an outpatient basis.
Erythropoietin (Procrit®) and darbepoietin (Aranesp®) are drugs that can help correct anemia from low red blood cells and reduce the need for blood transfusions in some patients who are getting chemotherapy. But these drugs are used much less often because they have been linked to poorer survival in some patients with lymphoid cancers, such as multiple myeloma.
Plasmapheresis can be used to remove myeloma protein from the blood. It’s helpful when certain myeloma proteins build up, thicken the blood, and interfere with circulation (called hyperviscosity).
Most often, this procedure is done through a large catheter placed in a vein in the neck, under the collarbone, or in the groin. This catheter is hooked up to a machine, and blood flows into the machine. The machine separates the blood cells from the blood plasma (liquid part of the blood), and then returns the blood cells to the patient with either salt solution or donor plasma. The plasma that’s removed contains the abnormal antibody protein produced by the myeloma cells and is discarded.
Although plasmapheresis lowers the protein level and can relieve symptoms for a time, it does not kill the myeloma cells. That means that without further treatment, the protein will just build-up again. For this reason, plasmapheresis is often followed by chemotherapy or some other type of drug treatment to kill the cells that make the protein.
Last Medical Review: 05/22/2014
Last Revised: 06/16/2014