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9709 results for: ‘map’

  • Introduction to Molecular Techniques

    Module code: MB7001 Searching for novel cancer-causing genes researchers requires methods for manipulating the genetic material. For example, molecular cloning allows us to study the function of a gene and how cell behaviour is affected when that gene is altered in cancer.

  • Advanced Topics in Cancer Biology

    Module code: MB7004 The development and use of appropriate anti-cancer therapy rely on the accurate diagnosis of cancer. Therefore, it is important to be able to differentiate between normal and malignant tissue under the microscope.

  • Cancer Therapeutics

    Module code: MB7403 ‘Cancer therapeutics’ takes an in-depth look at the changing ways we approach cancer treatment, and discusses the ethical issues surrounding cancer research and treatment.

  • Advanced Topics in Cancer Biology

    Module code: MB7004 The development and use of appropriate anti-cancer therapy rely on the accurate diagnosis of cancer. Therefore, it is important to be able to differentiate between normal and malignant tissue under the microscope.

  • Introduction to Molecular Techniques

    Module code: MB7001 Searching for novel cancer-causing genes researchers requires methods for manipulating the genetic material. For example, molecular cloning allows us to study the function of a gene and how cell behaviour is affected when that gene is altered in cancer.

  • Introduction to Molecular Techniques

    Module code: MB7001 Searching for novel cancer-causing genes researchers requires methods for manipulating the genetic material. For example, molecular cloning allows us to study the function of a gene and how cell behaviour is affected when that gene is altered in cancer.

  • Cancer Therapeutics

    Module code: MB7403 ‘Cancer therapeutics’ takes an in-depth look at the changing ways we approach cancer treatment, and discusses the ethical issues surrounding cancer research and treatment.

  • Advanced Topics in Cancer Biology

    Module code: MB7004 The development and use of appropriate anti-cancer therapy rely on the accurate diagnosis of cancer. Therefore, it is important to be able to differentiate between normal and malignant tissue under the microscope.

  • Leicester academics to discuss the impact of technology on work and employment

    Academics in the Centre for Sustainable Work and Employment Futures at our University recently presented new research findings to an Independent Commission looking at the impact of new technology on the future of work.

  • Leicester spinout technology hailed as most commercially viable

    A technology developed at the University, and the prime focus of Leicester spin-out company MIP Diagnostics, has been recognised as ‘most commercially viable’ at Europe’s flagship Drug Discovery event.

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