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Current and Future Therapeutics
https://le.ac.uk/modules/2024/mb3057
Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.
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Bioinformatics and Health Data science group
https://le.ac.uk/health-data-research
The Bioinformatics Research Group ‘Brookeslab’ was established in 2004 when Professor Anthony J Brookes came over from Sweden’s Karolinska Institute. His team quickly established the web based database GWAS Central and gained much success with the international GEN2PHEN project.
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Current and Future Therapeutics
https://le.ac.uk/modules/2025/mb3057
Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.
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Electromagnetic Fields
https://le.ac.uk/modules/2025/pa2240
Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.
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Current and Future Therapeutics
https://le.ac.uk/modules/2026/mb3057
Module code: MB3057 This module examines a number of clearly identified disease processes from the clinical presentation of the disease to our understanding of the underlying anatomy, physiology, pathology, and therapies used in man.
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Electromagnetic Fields
https://le.ac.uk/modules/2026/pa2240
Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.
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Electromagnetic Fields
https://le.ac.uk/modules/2024/pa2240
Module code: PA2240 Maxwell’s equations describe a unified theory of the electric and magnetic fields. In this module you will build on what you have studied in year 1 to deepen your understanding of the meaning and application of Maxwell’s equations.
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Chemistry
https://le.ac.uk/study/chemistry
Chemistry can change the future of health and medicine, energy and the environment, technology and materials. What do you want to change?
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Clearing FAQs
https://le.ac.uk/clearing/frequently-asked-questions
We’re here to help if you’re unsure of anything to do with Clearing. Read our frequently asked questions or call 0116 373 6000
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Postgraduate programmes
https://le.ac.uk/politics/study/postgraduate
Find out more about postgraduate study in the School of History, Politics, and International Relations. Politics at Leicester has a strong reputation for research and postgraduate education, with a lively research culture from which our postgraduate students benefit enormously.