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Nikon microscope 4
https://le.ac.uk/cbs/facilities/aif/equipment/inverted-widefield-microscopes/nikon-4
See more about the Nikon microscope 4 that is part of the Advanced Imaging Facility.
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Molecular and Cellular Sciences
https://le.ac.uk/modules/2024/bs1081
Module code: BS1081 This module will lay the groundwork, providing an understanding of how cells function, communicate, divide, and maintain themselves.
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Molecular and Cellular Sciences
https://le.ac.uk/modules/2025/bs1081
Module code: BS1081 This module will lay the groundwork, providing an understanding of how cells function, communicate, divide, and maintain themselves.
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Molecular and Cellular Sciences
https://le.ac.uk/modules/2026/bs1081
Module code: BS1081 This module will lay the groundwork, providing an understanding of how cells function, communicate, divide, and maintain themselves.
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Available Vectors
https://le.ac.uk/mcb/facilities-and-technologies/protex/available-vectors
list of available vectors
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Opportunities open up in South Korea for students and researchers
https://le.ac.uk/news/2015/november/opportunities-open-up-in-south-korea-for-students-and-researchers
We have signed a new agreement with a major university in South Korea to send students to South East Asia as part of their degree programme.
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Research centres and groups
https://le.ac.uk/law/research/research-centres-and-groups
Research groups including the Centre for European Law and Internationalisation (CELI), the Centre for Rights and Equality in Health Law (CREHL) and the European Working Group on Labour Law.
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GOTO
https://le.ac.uk/physics/research/projects/goto
The University of Leicester is a founding member of the consortium for the Gravitational wave Optical Transient Observer (GOTO).
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Former Leicester astronomers recall how they discovered the source of the dazzling Geminids meteor shower
https://le.ac.uk/news/2015/december/former-leicester-astronomers-recall-how-they-discovered-the-source-of-the-dazzling-geminids-meteor-shower
The beautiful Geminids meteor shower is due to light up the heavens this weekend, but the source of the enigmatic cosmic display had eluded stargazers for more than 120 years.
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38m super lightweight mirror chosen for ChineseFrench space mission
https://le.ac.uk/news/2015/october/ps3-8m-super-lightweight-mirror-chosen-for-chinese-french-space-mission
The University has announced the signature of a contract to develop an innovative new type of X-ray mirror for a telescope to be flown on an orbiting observatory to be launched in 2021.