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Two Fred Hutch studies identify pancreatic cancer biomarker driving basal disease
Dr. Sita Kugel’s team recently published two papers identifying a key biological signature that not only provides clinics a faster, cheaper way to tell pancreatic cancer subtypes apart, but reveals a biological mechanism that could lead to new therapies
Priming the pump for future funding
Fred Hutch postdoctoral researchers win NIH training fellowship for pancreatic cancer and kinetochore projects
Finding a rare bile duct cancer’s weaknesses
DOD and Cholangiocarcinoma Foundation awards will help Dr. Debraj Boila reveal genetics, drug targets of intrahepatic cholangiocarcinoma
For overlooked cholangiocarcinoma patients, there’s a light at the end of the tunnel
From the Kugel Lab, Human Biology Division
Mapping a pathway to hope
How Fred Hutch researchers revealed the biology behind a drug’s success in a rare liver cancer and paired it with another drug for a one-two punch
Tackling an aggressive form of pancreatic cancer
Dr. Stephanie Dobersch awarded American Cancer Society Fellowship to study genetics of basal pancreatic adenocarcinoma
Dr. Sita Kugel receives V Foundation Translational Research Award
Grant makes possible a clinical trial of targeted treatment for pancreatic cancer
Pancreatic ductal adenocarcinoma subtypes: what your type means?
From the Kugel Lab, Human Biology Division
Seeking targeted treatments for pancreatic cancer
American Cancer Society fellowship to Dr. Nithya Kartha supports search for vulnerabilities in most aggressive pancreatic tumor subtype
Mourning Dr. Supriya 'Shoop' Saha, rising star in liver cancer research
'Truly gifted' physician-scientist made lasting impact in cholangiocarcinoma
Dr. Sita Kugel receives grant to study aggressive form of pancreatic cancer
A new type of NCI award will allow her to pursue novel therapeutic avenues
Dr. Sita Kugel named 2018 V Scholar
Pancreatic cancer researcher will focus on development of targeted therapeutics
Dr. Sita Kugel receives $100K grant to study pancreatic neuroendocrine tumors
She will use preclinical models to study the role of DNA packaging in cancer development and metastasis