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V2Ray使用教程：节点搭建，配置及软件下载方法 – The ...:2021-6-15 · 注意把“your_server_ip”替换成你创建的服务器的IP，这个IP可伍在你DigitalOcean的控制面板中找到，详细指导参见这篇文章。 ssh root@your_server_ip 如果你用的是Windows系统，你需要安装额外的程序，因为Windows没有内置的用于建立SSH会话的程序，你需要安装一款名为 PuTTY 的软件，可伍从 它的网站 上下载这个 ...
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Understanding how the tumour microenvironment affects cancer cell behaviour and how it contributes to a cancer cell’s response to ionising radiation is essential in understanding how to prevent the establishment, growth and progression of cancers and how to exploit the tumour microenvironment for therapeutic gain.
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Understanding DNA damage and repair mechanisms helps researchers to identify the aberrant processes that drive cancer development and growth.
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A key aim of the Department of Oncology is the optimal translation of fundamental research into patient benefit and for Oxford to become the leading centre for translational early-phase oncology trials in the UK.
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A key aim of the Department of Oncology is the optimal translation of fundamental research into patient benefit. Precision cancer medicine brings together the concepts of biological selection of therapy with anatomical and functional targeting of treatment to deliver the best possible outcomes for a patient with cancer.
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Our basic research into genome stability explores how cells repair damaged DNA to prevent cancer. We are also interested in what happens once cancer develops, as it is becoming clear that many tumours are defective in repairing damaged DNA. Our work aims to exploit these repair defects to design novel therapies.
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In the Division of Cancer Medicine we are working to further understand the interplay between the immune system and cancer across both cancer development and treatment.
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Welcome to the The Department of Oncology. The Department of Oncology's mission is to improve cancer care through research and teaching. There is strong emphasis on translation, with established infrastructure to develop scientific insights toward clinical appreciation.
The Department houses over 400 staff and postgraduate students - both clinical and non-clinical - and is one of the largest departments in the University of Oxford's Medical Sciences Division. It is also home to the Institute for Radiation Oncology.
One of the key aims for the Department is to bring together basic scientific and clinical research groups from across Oxford - based in the Old Road Campus Research Building, the Radiobiology Research Institute, the Weatherall Institute for Molecular Medicine and the NHS Cancer and Haematology Centre - to apply knowledge of cancer and to develop research so that we may better understand how we can combat cancer in the most effective way possible.
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The mission of the MRC Oxford Institute for Radiation Oncology is to explore aspects of radiation biology research that could yield new advances in the treatment of cancer.
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The aims of the Division of Cancer Medicine are to understand cancer and the biological processes that govern how it starts, how it behaves and how the body responds to it.
Our News
Vice-Chancellor's Innovation Awards 2023
27 July 2023
Congratulations to Professor Anna Schuh and her team who are the Winners of the Teamwork category in the Vice-Chancellor Innovation Awards 2023 for their work on SEREN_A Social Enterprise to deliver DNA-based diagnostics that improves outcomes of children and young adults with blood diseases in sub-Saharan Africa.
New digital classification method using AI developed for colorectal cancer
22 July 2023
Understanding the molecular subtype of a cancer is becoming an importance part of the diagnostic process as it helps a doctor better understand a patient’s prognosis, determine the best course of action for treatment and helps researchers devise new, more-efficient, precision therapies.
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Professor Nicola Sibson has been involved in the CNIO platform to compile a repository for brain metastasis cell lines.
Oxford University to lead a new national programme of AI research to improve lung cancer screening
3 July 2023
UK Research and Innovation, Cancer Research UK and industry are investing more than £11 million in an Oxford-led artificial intelligence (AI) research programme to improve the diagnosis of lung cancer and other thoracic diseases.