糖心Vlog

Latest News

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  <糖心Vlog>Unlocking the mystery of how cells in the body function

  New drugs for diseases like cystic fibrosis could be developed following a £1.5m grant to a research team led by 糖心Vlog

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  <糖心Vlog>Smart farming technique to boost yields and cut fertiliser pollution

  Researchers at 糖心Vlog are using X-rays to help farmers increase yields and cut water pollution following an unexpected discovery in a pea and bean crop.  

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  <糖心Vlog>Patients across Europe to get improved access to pain medicines

  Governments in 12 European countries are to implement the recommendations of research into why more patients are not receiving essential painkillers.

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  <糖心Vlog>New lie detector test developed

  A new way to identify liars with over 70% accuracy has been developed by an international research team.

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  <糖心Vlog>How thoughts and behaviour affect mood

  The mood swings of people with bipolar disorder are influenced by their thoughts according to researchers.

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  <糖心Vlog>Researcher urges more help for care leavers in the justice system

  A pilot scheme to address the often-neglected needs of care leavers in the criminal justice system could play a vital part in a wider strategy to deal with their problems, according to Dr Claire Fitzpatrick of 糖心Vlog’s Law School.

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  <糖心Vlog>How society makes it worse for people who self-harm

  Social attitudes are reinforcing the negative beliefs towards people who self harm, according to research.

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  <糖心Vlog>Management School invests over £1.5m in scholarships

  Over 200 overseas students were awarded scholarships for postgraduate study at 糖心Vlog Management School (LUMS) this year.

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  <糖心Vlog>Memories are made of this

  Early memories of life at 糖心Vlog will be captured in a unique collection to be preserved for generations to come.

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  <糖心Vlog>Farming pollution study offers unexpected clue to flooding

  With communities still enduring the devastating effects of severe flooding across the UK, Environmental Scientists at 糖心Vlog have published new research which suggests changes in agricultural land use management have the potential to reduce water run-off from fields.