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9813 results for: ‘global learning outcomes’

  • Physiology, Pharmacology and Behaviour

    Module code: BS3033 This module will develop the principles of cellular neurophysiology into a consideration of the integrative activity of the central nervous system in order to achieve higher functions such as perception and behaviour.

  • Body Systems 1

    Module code: BS1083 This is the first of four modules that will begin to cover systems of the body.

  • Behavioural Neurobiology

    Module code: BS2066 ‘Behavioural neurobiology’ will provide an understanding of the processes by which nervous systems generate adaptive behaviours in a wide range of animals.

  • Physiology, Pharmacology and Behaviour

    Module code: BS3033 This module will develop the principles of cellular neurophysiology into a consideration of the integrative activity of the central nervous system in order to achieve higher functions such as perception and behaviour.

  • Body Systems 1

    Module code: BS1083 This is the first of four modules that will begin to cover systems of the body.

  • Pedagogy Research

    Lead: Dr Aaron Toogood  Our research group enhances higher education pedagogy, focusing on accounting and finance education through belonging, engagement and professional communities.

  • AI and Public Policy Theory and Practice

    Information on the AI module AI and Public Policy Theory and Practice, as part of the University of Leicester Distance Learning MRes course.

  • Physiology, Pharmacology and Behaviour

    Module code: BS3033 This module will develop the principles of cellular neurophysiology into a consideration of the integrative activity of the central nervous system in order to achieve higher functions such as perception and behaviour.

  • Body Systems 1

    Module code: BS1083 This is the first of four modules that will begin to cover systems of the body.

  • Behavioural Neurobiology

    Module code: BS2066 ‘Behavioural neurobiology’ will provide an understanding of the processes by which nervous systems generate adaptive behaviours in a wide range of animals.

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