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13999 results for: ‘CONTACT COLASHIP.SHOP TO ’

  • Electric Machines and Drives

    Module code: EG2212 This is a specialist Electronic and Electrical Engineering module which is also available to General Engineering students.

  • Food and drink

    Find out more about food and drink outlets on campus. Alongside offers and events.

  • Music as Communication

    Module code: MS3005 This module encourages you to question ideas around music, musicality, sound and meaning by examining how music functions within culture as a form of communication.

  • Statistical Data Analysis

    Module code: MA7206 This module explores relationships between two or more variables through regression theory and generalised linear models.

  • Heritage

    Module code: MU7556 Heritage is about how we understand, interpret and use the past in all its different forms.

  • Electric Machines and Drives

    Module code: EG2212 This is a specialist Electronic and Electrical Engineering module which is also available to General Engineering students.

  • Microbial Pathogenesis and Genomics

    Module code: BS3011 This module focuses on how microbial pathogens cause infectious diseases, tackling key ideas such as the nature and functions of virulence factors, how microbes overcome host defences and the on-going evolution of pathogenic traits.

  • Microbial Pathogenesis and Genomics

    Module code: BS3011 This module focuses on how microbial pathogens cause infectious diseases, tackling key ideas such as the nature and functions of virulence factors, how microbes overcome host defences and the on-going evolution of pathogenic traits.

  • Microbial Pathogenesis and Genomics

    Module code: BS3011 This module focuses on how microbial pathogens cause infectious diseases, tackling key ideas such as the nature and functions of virulence factors, how microbes overcome host defences and the on-going evolution of pathogenic traits.

  • Researchers provide new insights into gene regulation

    A team of researchers led by the our University has shed new light on how the regulation machinery that controls gene expression works by characterising a complex known as the NuRD complex.

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