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All of our work is aimed at saving lives, expanding treatment options and improving how long and well we live. To grow our global impact, accelerate discovery and shorten the distance from bench science to benchmark medical advances, we have two imperatives: gather the best talent and optimize, as never before, the environment in which they pursue their research.
Institutional growth is about more than space and size. It is about our most precious resources, the scientists of Wistar. They are the talent behind the discoveries that improve health and medical care around the world. By increasing the number of laboratories from 30 to 40, the Building Wistar, Changing the World Campaign brings Wistar up to size, helping us attain a critical mass of faculty positions. Our faculty’s achievements are astounding considering Wistar’s relatively small size, and carefully planned recruitment will replace retiring researchers and fill new positions — adding expertise in emerging areas of science that represent today’s frontiers of discovery.
Wistar scientists are international leaders in their fields, defining questions that must be asked and devising tools needed to answer those questions. Their continuing efforts move us closer to making scientific breakthroughs, specifically in cancer research and vaccine development.
Since 1972, Wistar has been a National Cancer Institute Cancer Center, a distinction given to only 68 of the approximately 1,500 cancer centers in the United States, and recently earned an NCI rating of “Exceptional.” This more than 40-year record of success has positioned Wistar firmly as a world leader in cancer research.
Multiple challenges. This year alone, 1.7 million Americans will be diagnosed with cancer and more than half a million men and women will die from cancer — all at a time when federal funding for research is declining, threatening to stall progress. Wistar scientists are determined to forge ahead and reduce these numbers, with alternative support from industry, philanthropy and other private sources.
Remarkable results. Over the last 20 years, discoveries made by Wistar scientists have helped prevent more than 760,000 deaths from cancer. They determined the crystal structure of telomerase, the enzyme that promotes the spread of 90% of all cancers; clarified the relationship between the immune system and the development of cancerous tumors; and tested promising new therapeutics in pre-clinical trials for prostate cancer with the potential to affect more than 200,000 patients annually in the US.
Bold plans. The investments in new equipment and technologies in the Fox Tower will enable us to further deepen our understanding of the origins of cancer and create novel cancer therapies and vaccines. Wistar scientists are eager to use the new state-of-the-art tools to:
The Wistar Institute’s half-century of achievement in vaccine development has saved countless lives in the US and around the world. Discoveries at Wistar have led to the creation of standard-of-care protections against rubella (German measles), rabies and rotavirus. Home to one of the most successful vaccine development research programs worldwide, Wistar is continuously breaking new ground on vaccine development.
From Spruce Street to Global Avenues. Vaccines developed at The Wistar Institute have dramatically changed science, treatments, and patients’ lives on a global scale. Wistar scientists helped to eradicate rubella (German measles) in the US, vastly reduced the cases of rubella in Europe and India, and created a pediatric vaccine against the disease that prevents millions of deaths worldwide.
More work to be done. Building on our history of accomplishment in vaccine development, we are focused on creating new or more effective vaccines for some of the most dangerous and widespread diseases in the world. Our scientists aim to:
The microscope in the image belonged to William E. Horner, M.D., a collaborator with Caspar Wistar, M.D., in the early 1800s.
Dr. Horner, a lecturer at the University of Pennsylvania, was a pioneer of the use of microscopes in anatomical and medical research. He authored Special Anatomy and Histology, a seminal text on the subject.