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Research Program: Gastrointestinal Cancer

$9,134P30FY2018CANIH

Fred Hutchinson Cancer Research Center, Seattle WA

Investigators

Linked publications, trials & patents

Trial NCT06995898Trial NCT06682039Trial NCT06484595Trial NCT06193070Trial NCT05947500Trial NCT05930496Trial NCT05183828Trial NCT04902144Trial NCT04751383Trial NCT04682301Trial NCT04667481Trial NCT04660331Trial NCT04539366Trial NCT04505553Trial NCT04502524Trial NCT04500548Trial NCT04496219Trial NCT04489719Trial NCT04472338Trial NCT04466475Trial NCT04447313Trial NCT04444232Trial NCT04442581Trial NCT04431479Trial NCT04410900Trial NCT04387227Trial NCT04384692Trial NCT04383743Trial NCT04375631Trial NCT04372927Trial NCT04370301Trial NCT04359784Trial NCT04336943Trial NCT04329065Trial NCT04282187Trial NCT04260776Trial NCT04257578Trial NCT04254133Trial NCT04231877Trial NCT04220229Trial NCT04211766Trial NCT04208724Trial NCT04205409Trial NCT04200482Trial NCT04198922Trial NCT04196010Trial NCT04195945Trial NCT04195633Trial NCT04194918Trial NCT04188912Trial NCT04175431Trial NCT04156828Trial NCT04155840Trial NCT04151940Trial NCT04120246Trial NCT04111497Trial NCT04083183Trial NCT04083170Trial NCT04081779Trial NCT04081298Trial NCT04062955Trial NCT04060849Trial NCT03999515Trial NCT03991884Trial NCT03986502Trial NCT03980769Trial NCT03970096Trial NCT03907527Trial NCT03891784Trial NCT03864419Trial NCT03807063Trial NCT03806192Trial NCT03781778Trial NCT03779867Trial NCT03779854Trial NCT03778021Trial NCT03776864Trial NCT03749460Trial NCT03747484Trial NCT03737955Trial NCT03723863Trial NCT03718338Trial NCT03672981Trial NCT03670966Trial NCT03670069Trial NCT03660930Trial NCT03649841Trial NCT03641287Trial NCT03606486Trial NCT03602898Trial NCT03600038Trial NCT03585231Trial NCT03574012Trial NCT03570476Trial NCT03531918Trial NCT03525106Trial NCT03523195Trial NCT03522584Trial NCT03518242Trial NCT03516812

Abstract

Gastrointestinal Cancer Program The Gastrointestinal (GI) Cancer Program is a team of clinician scientists and translational investigators who work collaboratively towards the goal of reducing the morbidity and mortality of GI cancers. GI cancers account for a substantial portion of cancer related deaths in the US and, in aggregate, are the most common cancer in the US. The most common GI cancers are colorectal cancer (143,000 cases/year), upper GI cancers (17,000 esophageal cancers and 21,000 stomach cancers/year), liver cancer (29,000 cases/year), and pancreatic cancer (44,000 cases/year). Thus, the GI Cancer Program has emphasized esophageal adenocarcinoma, pancreatic cancer, liver cancer, and colorectal cancer. The program has formed multidisciplinary care teams and integrative research teams to provide cutting-edge clinical care that incorporates innovative therapeutic trials into the care plans. Examples of these innovations include stromal directed therapy for pancreatic cancer and state of the art molecular diagnostic assay development. There are 32 members in the program, from two institutions, three schools and 14 different divisions and departments. Research themes of the GI cancer program are focused on: 1) investigation of the molecular features that drive the initiation and progression of upper and lower GI cancers; 2) investigation of the host and tumor factors that govern the behavior of GI cancers; 3) development of novel therapies based on new insights into the behavior of cancers; and 4) development of novel molecular diagnostics for the early detection and treatment of GI cancers. The studies are supported by $3.7M in peer-reviewed funding (direct) of which $2.5M is from the NCI (funding in 2013). Investigators in the GI Cancer Program have published 470 manuscripts, which included 12% intra-programmatic, 44% inter-programmatic, and 17% inter-institutional publications. The high percentage of inter-programmatic publications reflects the broad collaborations of the GI Cancer Program members. The specific aims of the Gastrointestinal Cancer Program are to: 1) Develop novel biomarker assays that can be used for the prevention and/or early detection of colorectal, esophageal, and pancreatic cancers and for risk-stratification for these cancers and liver cancer. 2) Develop novel therapeutic strategies for the treatment of pancreatic cancers directed at the tumor microenvironment. 3) Determine the molecular alterations in the major GI cancers (esophagus, stomach, pancreas, liver, and colon) and use the molecular profiles to inform and effectively treat the cancers.

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