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Improving treatment of pancreas cancer
An international team of investigators, including the Hutchinson Center's Dr. Sunil Hingorani, has discovered a mechanism that may explain why pancreas-cancer patients are often resistant to a common chemotherapy treatment called gemcitabine. These findings may lead to more effective chemotherapy drugs to treat pancreas cancer in the future. Learn more »
Working toward a pancreas-cancer test
Solving mysteries in pancreatic cancer's progression
Researchers at the Hutchinson Center have uncovered genetic clues that may explain why one form of pancreatic cancer is far deadlier than the other, even though they both carry the same basic genetic mutations. The more common form, known as pancreatic ductal adenocarcinoma, is almost uniformly fatal regardless of the stage of diagnosis, while the second form, cystic ductal pancreatic cancer, is less aggressive and carries a 50 percent long-term survival rate.
Dr. Sunil Hingorani and colleagues developed the first genetically engineered animal model of pancreas cancer in the hopes of furthering research on early detection, diagnosis and treatment of the disease. His laboratory also recently discovered that a specific sequence of otherwise common genetic mutations—not just the mere presence of the mutations—is responsible for sending cells down the less-traveled path toward cystic ductal pancreatic cancer rather than the well-traveled route to the more fatal form of pancreatic cancer. Learn more »
Listen to a Webcast with Dr. Sunil Hingorani »
Tracking pancreatic cancer in the general population
A joint effort by the Hutchinson Center and Group Health Cooperative aims at making progress against pancreatic cancer by being as swift and aggressive as the disease. The Pancreatic Cancer Investigation: Finding Causes, or PACIFIC, study comprises nearly 1,500 pancreatic-cancer cases and controls from two health-maintenance organizations with infrastructure to support ultra-rapid case identification within 10 days of diagnosis. Led by Dr. Meg Mandelson and Dr. John Potter, the study's methods may allow researchers to study earlier stages of the disease when surgical resection is still possible. Learn more about the PACIFIC study »
Following pancreatic cancer through families
An international research group led by Dr. Teri Brentnall has discovered that the mutated form of a gene called Palladin causes hereditary pancreatic cancer. The findings may help define a target for screening and early diagnosis for this often-lethal cancer. Learn more »
| Find out more about our pancreatic-cancer investigators: | |
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Melissa Austin » Anthony Back » Teri Brentnall » Samir Hanash » Sunil Hingorani » |
Edward Lin » Meg Mandelson » John Potter » Samuel Whiting » |
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