Professor of Pediatrics, University of Pennsylvania School of Medicine
AddressThe Children?s Hospital of Philadelphia Center for Outcomes Research 3535 Market Street, Suite 1029
Quality of Care
- Professor of Anesthesiology and Critical Care at University of Pennsylvania School of Medicine (2004– present)
- Professor of Pediatrics at University of Pennsylvania School of Medicine (2004– present)
- Assistant Professor of Pediatrics at University of Pennsylvania School of Medicine (1989 – 1997)
- Assistant Professor of Anesthesiology and Critical Care at University of Pennsylvania School of Medicine (1996 – 1997)
- Associate Professor of Anesthesiology and Critical Care at University of Pennsylvania School of Medicine (1997 – 2004)
- Associate Professor of Pediatrics at University of Pennsylvania School of Medicine (1997 – 2004)
- M.A., Honorary Masters Degree, Philosophy, The University of Pennsylvania), Philadelphia, Pennsylvania (1997)
- Ph.D., The University of Pennsylvania (Department of Health Care Systems, The Graduate Group in Managerial Science and Applied Economics), Philadelphia, Pennsylvania (1990)
- M.D., Johns Hopkins Medical School, Baltimore, Maryland (1980)
- A.B., Washington University, Department of Economics, St. Louis, Missouri (1976)
Children's Hospital provides expert care for our patients with cancer, but nonetheless, long-term problems may develop. We are one of the original institutions that focused on the long-term consequences of care and are a leader in the field of caring for the delayed consequences of pediatric cancer treatment -- and I'm happy to be a part of this effort.
As part of the Cancer Survivorship Clinic team, I specialize in the delayed consequences of childhood cancer treatment, including cardiotoxicity (damage to the heart muscle) caused by chemotherapy and radiation therapy. I also look at the consequences of radiation on growth and development, including intellectual functioning and fertility. I have published extensively on the long-term effects of chemotherapy and radiation therapy, with a major focus on treatment-associated cardiotoxicity.
We have many patients who have survived cancer and we spend plenty of time with them in the survivorship clinic to get at whatever problems may be occurring. We try to determine a child's risk for having long-term problems and then we develop the best ways to prevent the problems or keep them from getting worse. For example, late cardiotoxicity after a form of chemotherapy called anthracycline therapy is frequent. To help prevent late cardiac toxicity after the therapy, we suggest routine monitoring of our childrens' heart functions. This helps detect any early changes. If found, we develop a treatment plan in concert with our cardiologists.
There are many unique aspects of long-term follow-up. When I see a patient who has been treated for cancer, I always work out the time when the treatment was received. This can impact their risk profile, since some effects are seen early on while others don't show up for decades. The age of the patient when they received the treatment is also important, since the same treatment at different ages can show different side effects. I also like to be clear on what treatment was received, the route of administration and any other chemotherapeutic drugs. Other factors also play a role in increasing the risk of cardiac dysfunction such as pre-existing cardiac disease, length of follow-up and gender.
My research involves cardiotoxicity caused by cancer treatment. I'm in a cardiac research group that is interested in finding more precise markers of ongoing cardiac cardiotoxicity to measure early treatment. This area of research has been my long-time interest. As a young physician, I had a patient who survived cancer but developed anthracycline cardiotoxicity. The idea that she was cured of her disease but developed this condition made me want to know why it happened and what we could do to help.