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Abhinav Koyamangalath Vadakkepat
https://le.ac.uk/people/abhinav-koyamangalath-vadakkepat
The academic profile of Dr Abhinav Vadakkepat, Lecturer at University of Leicester
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Biological Sciences BSc
https://le.ac.uk/courses/biological-sciences-bsc/2026
From the simplest to the most complex organisms, from the molecular level to the evolutionary development of species, the living world is endlessly complex and fascinating. This degree takes you across biological boundaries with the option to specialise in your second year.
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Biological Sciences (Microbiology) BSc
https://le.ac.uk/courses/biological-sciences-microbiology-bsc/2026
Microorganisms. They might be small, but they tell us more about life on Earth than almost any other living things. You’ll learn how they’re both helpful and harmful, as well as the evolving role of microbiology in biotechnology, health and disease.
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Biological Sciences (Neuroscience) BSc
https://le.ac.uk/courses/biological-sciences-neuroscience-bsc/2026
No computer is more powerful or complex than the human brain. And you’ll get to study the central role it plays in our nervous system – and what can happen when it goes wrong. This degree includes the option to change your specialism in your second year.
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Biological Sciences (Zoology) BSc
https://le.ac.uk/courses/biological-sciences-zoology-bsc/2026
Zoology covers the behaviour, ecology and evolution of everything within the animal kingdom. Alongside the fundamental theories of zoology, you’ll also gain hands-on lab and fieldwork experience. This degree includes the option to change your specialism in your second year.
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Medical Biochemistry BSc
https://le.ac.uk/courses/medical-biochemistry-bsc/2026
To make big breakthroughs in diagnosing and treating disease, we often have to look at life at the molecular level. Studying biochemistry in this way will help you tackle the world’s most pressing health issues.
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Medical Physiology BSc
https://le.ac.uk/courses/medical-physiology-bsc/2026
The human body is a well-oiled machine. But it’s still susceptible to disease. Why is this? You’ll answer questions like this through studying how the body works at a molecular, cellular and systems level.
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Foodborne disease
https://le.ac.uk/lemid/strategic-areas/foodborne-disease
Food-borne infections are a direct cause of mortality, but can also increase susceptibility to other communicable and non-communicable diseases.
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About us
https://le.ac.uk/gem/about
See our details if you'd like to contact us via email or social media. Contact us 0 Find out more about the societies and networks we partner with in GEM at Leicester. Our partners 75|Welcome to our site on all things to do with urgent care for frail older people.
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CAS number
https://le.ac.uk/study/international-students/applying-for-visa/cas-number
Information on CAS numbers for visas including what they are, why you need one, how to get one, how long it takes and other guidance.