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Feature
Stories: Gastrointestinal Malignancies Research at DF/HCC
Understanding environmental and genetic factors in GI
malignancies
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Whether you are currently studying gastrointestinal cancers or not, Charles Fuchs (DFCI) may well
try to recruit you as a member of the Gastrointestinal Malignancies Program at DF/HCC. He reaches across Harvard institutions and all scientific
disciplines to find investigators whose extraordinary research in other cancers may offer new insight into GI malignancies, which encompass cancers
of
the digestive tract as well as biliary tree and neuroendocrine tumors.
[more]
Signaling network connects cancer types and
collaborators
What could have prompted the scientific director of the Center for Thoracic Cancers at MGH to cross
over into colorectal cancer research? The answer lies in a signaling network that links the two cancer types. "Cancers of the lung and the
gastrointestinal tract use similar signaling pathways to survive and grow," explains Jeffrey Engelman (MGH), a former postdoc in the
laboratory of Lewis Cantley (BIDMC), a world-renowned authority on the PI3 kinase (PI3K) pathway. Their shared scientific interest in the PI3K
pathway is what drew the two investigators to collaborate on a SPORE project of the Gastrointestinal Malignancies Program. [more]
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Spotlight
Leveraging genetics and technology in EGFR-mutated lung cancer
Activating
mutations in the epidermal growth factor receptor (EGFR) occur in a
unique subset of patients with non-small cell lung cancers (NSCLC). In
advanced disease, the response rates of these patients to EGFR
inhibitors are
as high as 75% in prospective trials and 100% in retrospective
analyses. Such extraordinary results have led Lecia Sequist (MGH)
to initiate the
first study of the EGFR inhibitor erlotinib (Tarceva) in early stage
patients with EGFR mutations whose NSCLC has been resected; a novel
feature of
the trial is the use of new chip technology to capture circulating
tumor cells (CTCs) for genetic analysis. [more]
First melanoma trial to target KIT aberrations with imatinib
The
incidence of malignant melanoma is increasing by 4% every year -- the
highest of
any cancer type. At the same time, patients with melanomas arising from
mucosal surfaces (eg, sinuses, mouth, vagina) or acral surfaces (eg,
non-hair-containing palms, soles, and nailbeds) have very limited
treatment options and survive less than 12 months once the disease has
disseminated.
A recent discovery, however, may offer new hope: a significant fraction
of these melanomas and of those arising from chronically sun-damaged
skin
carry KIT aberrations; F. Stephen Hodi (DFCI) is now leading a clinical
trial to target this distinct subtype of melanomas with imatinib
(Gleevec), a
tyrosine kinase inhibitor (TKI). [more]
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New
Faces
Leadership
Since our last edition of eNews, the following members have assumed new DF/HCC leadership
positions:
Members
Twenty-one individuals have
recently
joined DF/HCC. Learn
more about these scientists and their research interests.
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Pathology Specimen Locator Core
Director: Frank Kuo (BWH)
The Pathology Specimen Locator (PSL) Core has developed and implemented a
web-based, center-wide solution that enables investigators to identify, locate, and retrieve formalin-fixed,
paraffin-embedded pathology
specimens for
translational research. The Core has created an operation to eliminate barriers to accessing tissues and has united resources such as pathologist
expertise, tissues, and histopathologic services. PSL was integrated with the DF/HCC Pathology cores in July 2008, and became fully staffed and
operational in December 2008. Services include IRB application assistance, query design and execution, block and slide retrieval, and data
management.
Additional professional services offered include block selection by slide review, and coordinating pathologist collaboration. [more]
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Tissue Microarray and Imaging
Core
Director: Sabina Signoretti (BWH)
The Tissue
Microarray
and Imaging (TMI) Core is dedicated to the construction and evaluation
of high-quality tissue microarrays and imaging techniques for cancer
research. Core services include construction of standard and custom
tissue microarrays, preparation of array slides, immunofluorescent
staining, image acquisition and analysis by AQUA, high-throughput
isolation of DNA and RNA from formalin-fixed paraffin-embedded tissue
cores, as well as consultative services. [more]
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DF/HCC Conference on Cancer
On April 7, DF/HCC hosted its first full-day Conference on Cancer. The goal for the
day was to feature the work of young cancer investigators, share information on recent groundbreaking research discoveries, engage in dialogue
regarding current problems in cancer research, and catalyze trans-disciplinary collaborations that will ultimately improve cancer treatment,
prevention, and outcomes. More than 175 DF/HCC members took part in the conference and presentations spanned the
cancer continuum.
DF/HCC participates in Minority Cancer Awareness Week
In recognition of April's National Minority Cancer Awareness Week (NMCAW), April
19-25, Dana-Farber/Harvard Cancer Center's Initiative to Eliminate Cancer Disparities (IECD) collaborated with community organizations to sponsor a
variety of cancer awareness and prevention events throughout the Greater Boston community during the month of April. [more]
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Save the
Date
RAS Activation in Human Cancer
On May 29, the DF/HCC Cancer Cell Biology Program will hold a minisymposium on
activation of the RAS Pathway in human cancer on strategies to target RAS mutant cancers. Registration is required as seating is limited.
DF/HCC Kidney Cancer Retreat
On June 5, the DF/HCC Kidney Cancer Program/SPORE will hold a full-day
scientific retreat featuring presentations from leading kidney cancer investigators
within
the DF/HCC community. Registration is required.
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The Microenvironmental Landscape of Tumor
Evolution
On June 22, the DF/HCC Cancer Genetics Program will host a symposium on the
tumor microenvironment featuring a panel discussion with experts in the field. [more]
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Dana-Farber/Harvard Cancer Center
Central Administration
44 Binney Street, BP332A
Boston, MA 02115
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