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  • Thursday 1st Nov 2012 Sol 85

    Posted by jbridges in Mars Science Laboratory Blog on November 1, 2012 Later today I catch my flight back to the UK and swap Mars time for GMT.  Looking back on the first part of this mission, I think we have learnt and achieved a lot.

  • Imagining London: The City in Early Modern Literature

    Module code: EN3164 In this module you will examine the central place that London held in the literary imagination from the 16th to the 18th centuries.

  • Biological Sciences BSc

    From the simplest to the most complex organisms, from the molecular level to the evolutionary development of species, the living world is endlessly complex and fascinating. This degree takes you across biological boundaries with the option to specialise in your second year.

  • Biological Sciences (Microbiology) BSc

    Microorganisms. They might be small, but they tell us more about life on Earth than almost any other living things. You’ll learn how they’re both helpful and harmful, as well as the evolving role of microbiology in biotechnology, health and disease.

  • Biological Sciences (Neuroscience) BSc

    No computer is more powerful or complex than the human brain. And you’ll get to study the central role it plays in our nervous system – and what can happen when it goes wrong. This degree includes the option to change your specialism in your second year.

  • Biological Sciences (Zoology) BSc

    Zoology covers the behaviour, ecology and evolution of everything within the animal kingdom. Alongside the fundamental theories of zoology, you’ll also gain hands-on lab and fieldwork experience. This degree includes the option to change your specialism in your second year.

  • Medical Biochemistry BSc

    To make big breakthroughs in diagnosing and treating disease, we often have to look at life at the molecular level. Studying biochemistry in this way will help you tackle the world’s most pressing health issues.

  • Medical Physiology BSc

    The human body is a well-oiled machine. But it’s still susceptible to disease. Why is this? You’ll answer questions like this through studying how the body works at a molecular, cellular and systems level.

  • Friday 7th September Sol 32

    Posted by jbridges in Mars Science Laboratory Blog on September 7, 2012 We are testing out the robotic arm for the next few sols.

  • Genomics

    Current research Genetics of CAD Platelet Biology and Haemostatic Mechanisms Members Professor Matt Bown Professor Nick Brindle Professor Fadi Charchar (Hon) Dr Veryan Codd Professor Gianluigi Condorelli (Hon) Dr Giovanni Mariscalco Dr...

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