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  • Chemistry Project Part 2

    Module code: CH4262 During part 1 of your Chemistry project, you will be completing a high-quality and original research project. In Part 2, you will get the chance to communicate your pioneering research to a wider audience by producing a project report.

  • Physiology and Pharmacology

    Module code: BS2013 This module is concerned with developing an understanding of the principles by which drugs affect the physiological function of individual cells that comprise organ systems such as the heart.

  • Publication scheme

    Learn more about the publication scheme through which information must be made available proactively by the University of Leicester.

  • Physiology and Pharmacology

    Module code: BS2013 This module is concerned with developing an understanding of the principles by which drugs affect the physiological function of individual cells that comprise organ systems such as the heart.

  • Chemistry Project Part 2

    Module code: CH4262 During part 1 of your Chemistry project, you will be completing a high-quality and original research project. In Part 2, you will get the chance to communicate your pioneering research to a wider audience by producing a project report.

  • Freemens Common Cottages

    Group study rooms

  • People

    Project team Eva Krockow, University of Leicester, Principal Investigator Dr Eva Krockow is Associate Professor of Psychology in the School of Psychology of Vision Sciences with expertise in mixed-methods research in health-related decision making.

  • 25th April 2014 Sol 611

    Posted by jbridges in Mars Science Laboratory Blog on April 25, 2014 Here is the chosen drill site – Windjana (named after a famous set of rocks in W. Australia which show ancient paintings).

  • Polymerise

    The polymerise project aims to promote diversity in chemistry by providing ring-fenced funding for students from minoritised ethnic backgrounds to gain paid research experience.

  • Nonlinear Control

    Module code: EG7044 This module will equip you with advanced knowledge and skills in nonlinear control systems, addressing the limitations of linear analysis techniques.

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