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Revealing branching time in single-cell omics data
https://le.ac.uk/news/2019/may/07-revealing-branching-time-mathematics
STREAM logo STREAM logo| New single-cell omics technology allows scientists to analyse cell development in ways that were not previously possible.
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Commercial Law: Domestic Sale of Goods and Agency
https://le.ac.uk/modules/2026/lw3311
Module code: LW3311 In simple terms, this module examines the mechanics of domestic sale of goods contracts under the law in England and Wales. When studying this module, you will learn all about the ins and outs of legal transactions involving goods.
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Commercial Law: Domestic Sale of Goods and Agency
https://le.ac.uk/modules/2025/lw3311
Module code: LW3311 In simple terms, this module examines the mechanics of domestic sale of goods contracts under the law in England and Wales. When studying this module, you will learn all about the ins and outs of legal transactions involving goods.
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Commercial Law: Domestic Sale of Goods and Agency
https://le.ac.uk/modules/2024/lw3311
Module code: LW3311 In simple terms, this module examines the mechanics of domestic sale of goods contracts under the law in England and Wales. When studying this module, you will learn all about the ins and outs of legal transactions involving goods.
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Personalised treatment in B cell malignancies
https://le.ac.uk/lcrc/research/personalised-treatment-in-b-cell-malignancies
Research theme leads: Professor Martin Dyer; Dr Harriet Walter, Dr Matt Ahearne Thanks to the generous philanthropic support of The Scott-Waudby Charitable Trust, the University of Leicester has been able to establish the Haematological Research Theme which supports both...
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3rd April 2015 Sol 945
https://staffblogs.le.ac.uk/mars/2015/04/03/3rd-april-2015-sol-945/
Posted by jbridges in Mars Science Laboratory Blog on April 3, 2015 The heavy noble gases argon, krypton and xenon are known for their non-reactive nature and on Earth used for many applications where a gas is needed to protect a surface from the reactive species in...
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Spotlight on CLANet -- Deep learning in cell line authentication
https://le.ac.uk/computing-and-mathematical-sciences/research/life-health-sciences/clanet
CLANet is an AI framework developed by Professor H Zhou's and collaborators, and funded by AstraZeneca Ltd. Cell line authentication plays a crucial role in the biomedical field, ensuring researchers work with accurately identified cells.
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Past Projects
https://le.ac.uk/cite/ipdu/past-projects
View our previous projects at the International Professional Development Unit
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Pick up the pace! New study finds slow walkers four times more likely to die from Covid-19
https://le.ac.uk/news/2021/march/slow-walk-covid
Slow walkers are almost four times more likely to die from COVID-19 and have over twice the risk of contracting a severe version of the virus, according to a team of researchers from the National Institute for Health Research (NIHR) Leicester Biomedical Research Centre led by...
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Cancer cells promote cell division errors
https://le.ac.uk/research/images-of-research/kellie-lucken
Kellie Lucken, PhD Student has entered a piece entitled 'Cancer cells promote cell division errors'.