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14225 results for: ‘CONTACT COLASHIP.SHOP TO ’

  • Five year study reveals “unacceptable” inequalities in stillbirth rates between Black, Asian and White babies

    Researchers say around 1,800 stillbirths could have been prevented between 2014 and 2019 if ethnic inequalities did not exist - a 12% reduction in the number of stillbirths Enquiry underway into the quality of care provision for Black and Asian mothers whose babies...

  • Targeted cancer treatment could provide new hope for mesothelioma patients

    A new clinical trial will test whether a type of targeted cancer treatment could improve survival for people with a rare and aggressive form of cancer. Mesothelioma develops in the lining of the lungs or abdomen, with most cases linked to breathing in asbestos fibres.

  • If tomorrow never comes.

    Posted by Martin Coffey in Postgraduate Researcher Careers on February 7, 2018 This blog post is dedicated to the man who stepped out in front of my car as I drove to work this morning.

  • Research

    This page contains information about GEM's grants, impact, and publications.

  • Dr Claire Smith

    Find out more about Dr Claire Smith, alumna of the University of Leicester Department of Infection, Immunity and Inflammation. She is Lecturer in Child Health at University College London.

  • School of Business Blog: Academic and staff blogs from the University of Leicester: Page 11

    Academic and staff blogs from the University of Leicester

  • Outreach

    Outreach opportunities for schools and colleges at Leicester Law School

  • Compressible and Applied Aerodynamics

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

  • Matt Tonkin

    The academic profile of Professor Matt Tonkin, Professor of Criminology at University of Leicester

  • Compressible and Applied Aerodynamics

    Module code: EG3411 This specialist Aerospace module will allow you to calculate aerodynamic forces in high-speed flows known as transonic and supersonic (close to, and above, the speed of sound).

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