Search

213 results for: ‘biochemistry’

  • 2022

    Marian Whitaker, donor and supporter Dr Mike Le Bas, Honorary Fellow, Department of Geology Professor Annabelle Sreberny, former Director of the Centre for Mass Communication Research Anthony Pither, former Director of Music Dr Peter Mounfield,...

  • Seminars and events

    LeMID host a range of seminars and events with internal and external professionals, presenting a variety of ground-breaking research.

  • Peru

    We welcome students from Peru. Find out about entry requirements, the Peruvian student community and other country-specific information.

  • 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.

  • 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.

  • 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.

  • Antibiotic resistance for higher education

    Details and academic material on antibiotic resistance for higher educations students at The University of Leicester.

  • Multi-million pound study aims to unravel key mystery in genome regulation

    Academics from the University of Leicester are leading a pioneering study to investigate how three-dimensional organisation of our genomes contributes to the regulation of genome function

  • Goal 4: Quality Education

    The fourth Sustainable Development Goal is to ensure inclusive and equitable quality education and promote lifelong learning opportunities for all

  • Potential new targets for cancer treatments identified by Leicester research team

    An international consortium of scientists led by a group from the University has announced a new advance in understanding the mechanisms of cancer and how to target it more effectively with new treatments.

Back to top
MENU