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last update:
December 10th, 2008
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Our aims
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Better understanding
of defective cell adhesion molecules in tumors
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Development of novel tools
for molecular pathology
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Identification of
novel drug targets
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Clinical use of
these targets for improved diagnosis and therapy of cancer
Our strategy

Using innovative technologies,
we analyze tissue samples from the clinic at
the molecular level to identify critical gene alterations that may result
in the identification of target genes that can be used to improve clinical
interventions
Summary of our research
The principle aim of our research is the identification
and characterization of molecular events involved in multistage
tumorigenesis, cancer cell invasion and metastasis with special emphasis
on calcium dependent cell adhesion molecules. We demonstrated frequent
gene mutations of the homophilic cell adhesion molecule
E-cadherin in
gastric and
breast cancer.
Functional
analysis of transfected cell lines revealed that mutant E-cadherin
actively contributes to the malignant phenotype by trans-dominant negative
mechanisms. In-house cDNA arrays are used to define E-cadherin dependent
gene expression profiles. Monoclonal antibodies are available specifically
targeting mutant E-cadherin that are currently used to develop
novel
diagnostics and therapeutics. We also focus on the
analysis of epithelial mesenchymal transition regulators involved in
downregulating E-cadherin in human cancers. Very recently we established a
new technique for protein analysis in
clinical tissue samples. Our program
linking fundamental molecular understanding to approaches that permit
optimal target selectivity may open new clinical avenues for a more
specific diagnosis and therapy of cancer.
© 2003-2008 Prof. Dr. Karl-Friedrich Becker,
Institut für Pathologie, TU München
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Tel.:
+49 89 4140 4591
FAX:
+49 89 4140 4915 email
(deutsch)
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If you want to know what
we do, click here.
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weather in Munich today
Protein analysis of
formalin fixed tissue samples
More informations to the molecular pathology of:
E-cadherin
Gastric cancer
Breast cancer
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