Search

21238 results for: ‘%s’

  • 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.

  • Thinking Through Things

    Module code: AR1012 This module challenges the stereotype of archaeology as the study of ancient, dusty and rather irrelevant things in the past.

  • 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.

  • Thinking Through Things

    Module code: AR1012 This module challenges the stereotype of archaeology as the study of ancient, dusty and rather irrelevant things in the past.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • Audiovisual Translation

    Module code: TS7034 Translating multimedia texts (content that consists of forms such as text, audio, video and images) into a target language is called audio-visual translation.

  • Training

    As a designated facility for using animals in research, the University of Leicester employs a Named Training and Competency Officer (NTCO).

  • Free public talk on climate change

    Climate/atmospheric scientist Katherine Hayhoe famously said that the most important thing you can do (right now) to fight climate change is to talk about it.

  • Leicester scientists help to drive technological revolution in developing electric vehicles

    Two academics from our University are part of a consortium that has received over £9 million for a project that will determine the ways in which spent lithium batteries can be recycled.

Back to top
MENU