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New Centre In London To Accelerate Personalized Mental Health Care
A powerful new research facility at the heart of King"s Health Partners Academic Health Sciences Centre has been launched by Professor Dame Sally C Davies, Director General of Research and Development and Chief Scientific Adviser, Department of Health. The Biomedical Research Centre (BRC) Nucleus is funded by a ÷£3M infrastructure grant from South London and Maudsley Charitable Funds (÷£1.8M) and Guy"s and St Thomas" Charity (÷£1.2M) to create a unique centre housing key translational initiatives to support the development of novel therapies and treatments for mental health and related disorders.
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Identification Of New Breast Cancer-Promoting Gene
A team of researchers, at the Genome Institute of Singapore, has identified a new gene that seems to contribute to aggressive breast cancer behavior. As discussed in an accompanying commentary, by Gordon Mills and colleagues, the data generated in this study provide new insight into cellular processes underlying tumor cell proliferation and metastasis and identify potential new therapeutic targets.
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A Novel Communication Role For CYP17A1 In The Progression Of Castration-Resistant Prostate Cancer
UroToday.com - This publication describes our unique finding that the steroidogenic enzyme CYP17A1 is present in prostate derived exosomes, isolated from human serum. We also describe CYP17A1 expression in human prostate tissues during castration resistant progression of cancer and identify a subcellular pattern of distribution for CYP17A1 consistent with a secretory protein in human prostate tissues, similar to that of PSA.
Oncology

Hormone Therapy May Confer More Aggressive Properties To Prostate Tumours

Hormone therapy is often given to patients with advanced prostate cancer. While it is true that the treatment prevents growth of the tumour, it also changes its properties. Some of these changes may result in the tumour becoming more aggressive and more liable to form metastases. This is one of the conclusion of a thesis presented at the Sahlgrenska Academy. Hormone therapy has serious side effects and is therefore used only when the tumour has grown too large to be treated in any other way, or when the tumour has spread and formed metastases. The hormone that is given causes the natural production of male sex hormone to fall, and the tumour stops growing. Pain also usually decreases. "Our results suggest that the tumour properties change following hormone therapy such that the tumours at a later stage can continue to grow and spread in the body. For this reason, it is probably necessary to supplement the hormone therapy in order to compensate for these changes", says pharmacist Karin Jennbacken, author of the thesis. The results show that patients who have been given hormone therapy have higher levels of the proteins that enable the cancer cells to move through the body and attach to other organs. One of these proteins is known as "N-cadherin", and this protein is present in higher levels in patients who have been given hormone therapy. "We don"t have any good treatment alternatives in cases where the tumour returns after hormone therapy, and this means that it is particularly important to study how such tumours are controlled and how they behave. The properties that we have identified may become targets for new anti-metastatic drugs in advanced prostate cancer", says Karin Jennbacken. Elin Lindstrē¶m Claessen University of Gothenburg


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