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14112 results for: ‘museum studies’

  • Bioinorganic Chemistry

    Module code: CH4208 The field of bioorganic chemistry is the fusion of biochemistry and inorganic chemistry. It has a large number of real-world applications in areas such as medical science and environmental chemistry.

  • Number Theory

    Module code: MA3153 Number theory is one of the oldest branches of pure mathematics, and one of the largest. It concerns questions about numbers, usually meaning integers or rational numbers (fractions).

  • Tuition fees

    Useful information on tuition fees for our postgraduate courses, including details on campus-based courses, distance learning courses and finance advice.

  • Employability

    Career and employability support for all University of Leicester students.

  • Qian Sarah Gong

    The academic profile of Dr Qian (Sarah) Gong, Associate Professor in Media and Communication at University of Leicester

  • About Media and Communication at the University of Leicester

    Media and Communication at the University of Leicester celebrated 50 years of cutting-edge research in 2016. Find out more about us, our history and our commitment to Athena SWAN.

  • Priorities and successes

    Led by Professor Jon Barratt, Leicester’s Mayer IgAN Group pioneers global research into early diagnosis, treatment and cure of chronic kidney disease.

  • Understanding inequalities in cause-specific infant mortality

    Find out more about the research on understanding inequalities in cause-specific infant mortality at the University of Leicester.

  • Link between inherited DNA sequences and heart disease identified

    A study to examine recessively inherited genome-wide DNA sequences has for the first time discovered a potential link with Britain’s biggest killer – Coronary Artery Disease (CAD).

  • New insights into how asthma pathways could be blocked revealed

    Researchers have discovered new insights into how asthma may be caused, by identifying three distinct groups of asthma patients characterised by the activity of different genes in an individual’s airways.

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