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  • PlanetarySeminar: Magnetopause surface eigenmodes: Theory, observations, and simulations.

    Posted by mkj13 in Physics and Astronomy Blog on 17 May 2021 At 14:00 on Wednesday May 26th, 2021, Dr Martin Archer from Imperial College London will be presenting a virtual seminar titled: “Magnetopause surface eigenmodes: Theory, observations, and simulations”.

  • Publications

    Browse the list of recent publications authored, edited or contributed to by people working and researching within the University of Leicester's Medieval Research Centre.

  • Breakthrough in diabetes management?

    Our world-leading academics are investigating how supporting weight loss can help control blood glucose.

  • LIFT-UP PRETERM

    The LIFT-UP Preterm project aims to create innovative tools and methods to promote RCTs in very preterm populations using the RECAP Preterm platform.

  • Shaping Europe

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on May 10, 2024 Shaping Europe The story of European Parliament elections. An online exhibition created by Europeana which is supported by Europe’s national libraries and heritage organisations.

  • Cerebral Autoregulation

    Impaired regulation of cerebral blood flow is implicated in a number of clinical conditions, such as ischaemic stroke, severe head injury, liver failure, diabetes, autonomic nervous system failure, carotid artery disease, dementia, pre-eclampsia and neonatal prematurity.

  • Shameem Sultanali Ladak

    The academic profile of Dr Shameem Sultanali Ladak, Research Associate (Omics) at University of Leicester

  • Sion Scott

    The academic profile of Dr Sion Scott, Lecturer in Behavioural Medicine at University of Leicester

  • Professor John Bridges involved in two missions to Mars

    An exploratory mission to Mars which will give Space Research Centre planetary scientists vital information about potential landing sites for the upcoming ExoMars project launched from Kazakhstan today.

  • New research sheds light on how reward-induced behaviour in the brain may be controlled

    A new study has shed light on how reward-associated behaviour can be controlled by different groups of neurons in the brain.

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