
Dr. Shaji Kumar of the Mayo Clinic discusses the road to personalized myeloma treatment and three approaches we can take today before targeted treatments become a clinic reality
Dr. Shaji Kumar, MD Mayo Clinic Rochester
Interview date: September 27, 2013
Dr. Shaji Kumar, MD discusses the unique opportunity we have with myeloma compared to other cancers where we can detect and potentially treat early if we can determine when and for whom early intervention (like MGUS and smoldering) is effective. He shares how we are getting closer to personalized myeloma treatment and how we can better target high-risk myeloma patients. Until we get to that type of targeted therapy, he shares the three approaches to improve care for active myeloma at the Mayo Clinic. First, better drugs with added advantages like ixazomib, an oral version of Velcade. Second, totally new classes of drugs like the monoclonal antibody, elotuzumab , a new way to stop myeloma cell division (ARRY-520), and new drugs like dinaciclib that work on the CD38 pathway to shut down myeloma's ability to communicate and replicate. Third, he describes how combinations of current therapies are being used to improve care. Finally, he shares if a large number of myeloma patients were to have their genome sequenced and reviewed in a trial, we could find and determine specific genetic mutation targets for new therapies.
Dr. Shaji Kumar, MD Mayo Clinic Rochester
Interview date: September 27, 2013
Dr. Shaji Kumar, MD discusses the unique opportunity we have with myeloma compared to other cancers where we can detect and potentially treat early if we can determine when and for whom early intervention (like MGUS and smoldering) is effective. He shares how we are getting closer to personalized myeloma treatment and how we can better target high-risk myeloma patients. Until we get to that type of targeted therapy, he shares the three approaches to improve care for active myeloma at the Mayo Clinic. First, better drugs with added advantages like ixazomib, an oral version of Velcade. Second, totally new classes of drugs like the monoclonal antibody, elotuzumab , a new way to stop myeloma cell division (ARRY-520), and new drugs like dinaciclib that work on the CD38 pathway to shut down myeloma's ability to communicate and replicate. Third, he describes how combinations of current therapies are being used to improve care. Finally, he shares if a large number of myeloma patients were to have their genome sequenced and reviewed in a trial, we could find and determine specific genetic mutation targets for new therapies.

Shaji Kumar, MD

Jennifer Ahlstrom