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11632 results for: ‘discuz模板:迪恩摄影Pai(7配色) 商业版(GBK) 价值268元✅项目合作 二开均可 TG:saolei44✅.EBGXoobzapWquW’

  • 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.

  • Physics with Space Science MPhys

    This four-year degree expands on the Physics with Space Science BSc to prepare you for high-level entry into industry. It’s also a solid base for pursuing PhD research.

  • Advanced Imaging Facility (AIF)

    The Advanced Imaging Facility is part of Core Biotechnology Services and is the open access light microscopy facility in the College of Life Sciences.

  • Korean Women and the ‘Cat’s Labour Union’

    Posted by Martin Parker in School of Business Blog on March 24, 2017   In this week’s blog, ULSB PhD student Chanhyo Jeong ( cj156@le.ac.

  • Research highlights and publications

    Take a look at The University of Leicester's Advanced Microscopy Facilities research highlights and publications.

  • Make your mark in space at Leicester’s SpaceUp ‘unconference’

    Space Park Leicester is the headline sponsor for the SpaceUp ‘unconference’ taking place at Dock in Leicester on 16th November. If you’re itching to express your ideas about space, Leicester’s SpaceUp unconference is your chance.

  • Insights into safe drinking water to be presented by experts

    Workshop will bring together experts from H2OforAll project with water treatment professionals, supported by University of Leicester team who are evaluating technologies to remove disinfection by-products from drinking water

  • Molecular and Cellular Pharmacology

    Module code: BS3054 The module will have at its core a detailed consideration of molecular pharmacology and signal transduction pathways (especially those regulated by GPCRs), including their structure and function in different cells and tissues.

  • Molecular and Cellular Pharmacology

    Module code: BS3054 The module will have at its core a detailed consideration of molecular pharmacology and signal transduction pathways (especially those regulated by GPCRs), including their structure and function in different cells and tissues.

  • Molecular and Cellular Pharmacology

    Module code: BS3054 The module will have at its core a detailed consideration of molecular pharmacology and signal transduction pathways (especially those regulated by GPCRs), including their structure and function in different cells and tissues.

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