Video Transcript
Every dream starts with an idea. The belief that a single action can have an extraordinary impact. The certainty that something you do today will give people hope for tomorrow. On January 28, 2008, a 200-foot long trailer truck snaked its way to West Philadelphia. Its cargo…a 220-ton cyclotron that is the heart of Penn Medicine's dream, the new Roberts Proton Therapy Center. Within the walls of this magnificent facility, innovative treatments will be developed. Trailblazing research will open new doors. Tumors once considered inaccessible will be targeted and treated. And patients from around the nation and around the world will discover why at Penn Medicine, the only option is every option.
James Metz, MD: The Roberts Proton Therapy Center is the largest proton treatment center in the world...There will be opportunities here for treatment that are not experienced anyplace else in the world. This opens up whole new windows for us in cancer treatment. We can now combine radiation therapy with chemo and other sensitizers that we could never do before.
Ralph Muller, CEO, UPHS: "People who have medical needs
always want to know that a place like Penn will keep advancing medicine, inventing
the future of medicine…we have a therapy that is not available elsewhere, that's
compassionate for people. …that cannot be duplicated, makes a big difference
to our patients. That's why we're so proud to be at Penn Medicine."
Made possible by a transformational, $15 million gift from the Roberts family, the Roberts Proton Therapy Center is one of only a handful of such centers in the United States, and houses technology that will revolutionize the way that Penn treats cancer.
Craig B. Thompson, MD: "Every day we have the resources to advance cancer care in this wonderful new facility and adding the Roberts Proton Therapy Center to that really gives us a full quiver of arrows to attack this dreaded disease."
M. Sean Grady, MD: "The addition of proton therapy is really about our ability – to do anything we can for the patient, whether it's surgery or chemotherapy, or proton therapy, or standard radio therapy. It enables us to do every single thing we can, and make choices that we couldn't previously make."
Douglas L. Fraker, MD: "By having additional tools such as proton therapy at the Roberts Proton Center, we may have the ability to take a tumor that we would not be able to cut out otherwise, have it shrink down and then be able to remove it to hopefully cure the patient."
Stephen M. Hahn, MD: "Proton therapy is an advanced form of radiation therapy where were able to aim the beam very precisely to the patients tumor and what that allows us to do is to increase the dose to the patients tumor and spare the surrounding normal tissues."
This means Penn now has the ability to treat tumors close to critical organs and the potential to re-treat tumors after recurrences.