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8424 results for: ‘毕设ssm003在线医疗服务系统 jsp毕业设计✅项目合作 二开均可 TG:saolei44✅.ThPGlQBEnvLV’

  • Leicester academic urges caution for international sports

    A Leicester academic has urged further caution for international sports events taking place during the COVID-19 pandemic.

  • One in three high blood pressure patients failing to take medication study suggests

    One in three people who suffer from high blood pressure are failing to take medication as prescribed by their healthcare professionals, a new study led by our University has suggested.

  • Leicester scientists take their research to Parliament

    Chemistry students at the University of Leicester will be attending Parliament to present their chemistry research to a range of politicians and a panel of expert judges, as part of STEM for BRITAIN on Monday 13 March.

  • Research and teaching staff

    Browse a list of Health Sciences at Leicester's research and teaching staff. View our team's research interests and find out how to get in touch.

  • Prolific Shakespearean actor Michael Pennington to take part in Literary Leicester

    Eminent stage actor, writer and director Michael Pennington will be delivering a talk and Q&A at our Literary Leicester festival on 16 November. Renowned for his performance as King Lear in New York 2014, Michael reprised the role for a major UK tour in 2016.

  • Resources

    Resources for genetics and ethics, links provided by The University of Leicester for students in higher education.

  • Physics & Astronomy students crack mystery of Rudolph’s red nose

    Posted by Physics & Astronomy in Physics and Astronomy Blog on 16 December 2020 Of all Santa Claus’ reindeer, Rudolph is best known for his bright red nose.

  • Social Sciences and Humanities Librarians’ Blog: Academic and staff blogs from the University of Lei

    Academic and staff blogs from the University of Leicester

  • Andrew Dunn: Page 206

    Academic Librarian.

  • Researchers provide new insights into gene regulation

    A team of researchers led by the our University has shed new light on how the regulation machinery that controls gene expression works by characterising a complex known as the NuRD complex.

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