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15295 results for: ‘【2025新ui】全开源短剧影视直播APP H5 小程序 带代理采集会员✅项目合作 二开均可 TG:saolei44✅.peyLXPSLGC’

  • Westminster endorsement for Leicester space cluster

    The ‘integral’ value of the University of Leicester and its flagship Space Park Leicester development to the UK’s space sector has been highlighted in Parliament.

  • Targeting toxins

    In 2015, a team from our Department of Infection, Immunity and Inflammation used X-ray crystallography to determine the molecular structure of pneumolysin.

  • Eradicating famine in Africa gets boost through new research

    Leicester researchers are part of an international team spearheading a Newton-Utafiti Fund project delivered by the British Council to restore food security to millions of vulnerable households in Kenya following natural disasters.

  • Molecular and Cellular Neuroscience

    Module code: BS3055 The human brain is the most complex structure known, and understanding it is considered the ‘final frontier’ of biology. Neurones and their supporting glial cells form the cellular building blocks of the brain.

  • Selfie Society

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  • Autobiographical Society

    Module code: SY3094 As a society we have recorded our lives through many different mediums, and in the digital age we can record every minute, detail and thought we have - immortalised forever online.

  • Molecular and Cellular Neuroscience

    Module code: BS3055 The human brain is the most complex structure known, and understanding it is considered the ‘final frontier’ of biology. Neurones and their supporting glial cells form the cellular building blocks of the brain.

  • Selfie Society

    .

  • Molecular and Cellular Neuroscience

    Module code: BS3055 The human brain is the most complex structure known, and understanding it is considered the ‘final frontier’ of biology. Neurones and their supporting glial cells form the cellular building blocks of the brain.

  • Researcher involved in discovery of tiny star with a monstrous temper

    A tiny star with ‘a monstrous temper’ has been discovered by an international team of researchers, including Dr Sarah Casewell of the Department of Physics and Astronomy.

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