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Human Tissue Bank privacy notice
https://le.ac.uk/policies/privacy/research/human-tissue-bank
Read the University of Leicester's Human Tissue Bank privacy notice.
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Specialised Foundation Programme SFP
https://le.ac.uk/clinical-academic-training/sfp
Our Academic Foundation Programmes at Leicester are two year training posts, with a 4 month research placement, which allow further study into clinical academia.
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Website privacy policy
https://le.ac.uk/policies/privacy/website
Understand more about how your data is held in regards to the website with our website privacy notice.
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Autumn 2020 newsletter
https://le.ac.uk/cls/study/patient-carer-group/newsletters/autumn-2020
We continue to sail into uncharted waters and Leicester City has experienced more challenges than many areas of the UK, however, our destination appears just visible on the horizon.
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Space Park Leicester to showcase world leading research and missions at national conference
https://le.ac.uk/news/2025/july/space-park-leicester-showcase-research-missions-national-conference
Leading space experts from Leicester will reveal their involvement in research and missions that are expanding our knowledge and helping us to tackle some of our planet’s biggest challenges at the UK Space Conference 2025 this week.
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Russian Post-beginners (Level 2)
https://le.ac.uk/languages-at-leicester/languages/russian/level-2
Russian course for post-beginners at Leicester University
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Arabic Beginners (Level 1)
https://le.ac.uk/languages-at-leicester/languages/arabic/level-1
Arabic course for beginners at Leicester University
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Turkish Post Beginners (Level 2)
https://le.ac.uk/languages-at-leicester/languages/turkish/level-2
Turkish course for beginners at Leicester University
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Korean Beginners (Level 1)
https://le.ac.uk/languages-at-leicester/languages/korean/level-1
Korean course for beginners at Leicester University
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UK scientists generate electricity from rare element to power future space missions
https://le.ac.uk/news/2019/may/03-americium-electricity-space-power
Experts have generated electricity from a rare chemical element for the first time which may mean future space missions can be powered for up to 400 years.