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ONCOLOGY Vol 25 No 14

In addition to endeavors to develop new therapeutics, we should anticipate and prioritize studies that will address questions regarding the efficacy of combination therapy, timing and sequencing strategies, and the development of predictive markers to individualize and optimize therapy.

We are seeing a new era in drug development with the identification of novel intra- and extracellular targets to which therapies are being directed. Perhaps more exciting is learning how to optimize standard therapies in combination with biologic agents and radiopharmaceuticals in order to target multiple pathways in prostate cancer growth. Stay tuned!

Still missing in our treatment of bladder cancer are the tools to accurately predict response to a specific therapy, whether it be chemotherapy, radiation, or transurethral resection alone. Once we have these tools, we will be well on our way to applying a more intelligent, true personalized medicine approach to the treatment of this disease.

The past year in oncology was highlighted by the continuation of breakthroughs in targeted therapies-with new treatments receiving US Food and Drug Administration (FDA) approval for non–small-cell lung cancer (NSCLC), lymphoma, and melanoma.

The episode-of-care project is the first program in which a payer has partnered with the oncology community to reduce costs while paying for the demanding and complex cognitive work of the medical oncologist. The episode-of-care payment system seems to be working smoothly and we have not experienced the same erosion of our income that we have seen with other payers.

Researchers have developed a novel way to molecularly target and kill cancer cells, called photoimmunotherapy. The method uses a monoclonal antibody against the epidermal growth factor coupled to a near-infrared dye. The result is a target-specific photosensitizer that causes specific cell death of cells bound by the antibody when NIR light is applied.