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16011 results for: ‘苹果CMS首涂第30套可装修DIY主题模板免授权版✅项目合作 二开均可 TG:saolei44✅.ECSBgcuIHaE’

  • Expedition 352: Izu-Bonin-Mariana Forearc

    July 2014 - September 2014 The principal aim of Expedition 352 is to examine magmatic evolution, chemostratigraphy and arc crustal accretion processes associated with subduction initiation in intra-oceanic convergent margins.

  • DOCK businesses targeted for university-business collaborations

    As part of a drive to encourage collaborations between local innovation businesses and the University, the Enterprise and Business Development Office (EBDO) held a successful event at DOCK recently (29 June).

  • 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.

  • Educational experiments arrive safely at International Space Station

    A kit of experiments to teach fundamental physics and chemistry to UK students has arrived at the International Space Station (ISS) for British European Space Agency (ESA) astronaut Tim Peake to run during his six month mission in space.

  • Leicester scientists take sustainable energy research to Parliament

    PhD student Manon Lachmann joins supervisor Dr Patricia Rodriguez-Macia to showcase green chemistry to a panel of experts and politicians on 4 March

  • Bioactive Molecules

    Learn more about bioactive molecules, as part of our research into the chemistry of life in the School of Chemistry.

  • Stem cell

    vectors available for stem cells

  • Cell-free Wheat Germ Lysate

    vectors available for expression in cell-free wheat germ lysate

  • Where to dig

    We identified three potential areas of excavation – the Leicester City Council Social Services car park, the former Alderman Newton’s School playground and a private car park to the west of New Street.

  • Molecular Pathology and Cell Biology of Cancer

    Module code: MB7401 This module will employ a molecular pathology approach to the study of cancer.  We will explore the molecular changes that take place during the progression of a cell -from normal cell to a malignant tumour.

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