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SAGE
Authors
Axel
Thomson
MRC
Human Reproductive Sciences Unit
Our studies aim to identify
molecules that regulate the growth of the prostate during development
and in disease. In particular we focus molecules made in the stroma
that control the growth of prostatic epithelia, as it is known that
such molecules are involved in the control of epithelial cells in
embryonic and adult prostate. We are using a technique known as
serial analysis of gene expression (SAGE), which has been successful
in identifying genes expressed in various tissues and diseases.
The genes that we identify may be useful as markers to look at the
development and progression of prostate cancer, or may provide new
therapeutic targets.
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Collaborative
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Aetiology and Genetics
Epidemiological Identification of Families
Genetic Susceptibility
Diet and Environment
Chemoprevention
Molecular Pathology
Links to Cancer Genome Project
Development of Normal Prostate
Microarray Expression Profiling
Candidate Genes
Novel Telomerase Suppressor Genes
Subtractive Hybridization
CESH
Novel Therapies
New Drugs for Prostate Cancer
Intensity Modulated Radiotherapy
Immunotherapy
Academic Urology Unit
Novel Targets from Cancer Genome Project
Novel Mechanism Based Drugs
Core Resources
Cancer Gene Cloning Lab
Prostate Tissue arrays
Microarray laboratory
Tissue and blood collections
Bioinformatics
Pilot and Development Funds
Tumor micro-environment in early prostate cancer
Collaborations
Meetings and Seminars
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