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8513 results for: ‘SSM OCR文字识别系统✅项目合作 二开均可 TG:saolei44✅.pSGOGedRKtPcn’

  • Metals in dust and soils and health

    The aim of this project is to investigate exposures to metals from soils and dust and assess potential health risks.

  • Postgraduate

    Postgraduates in Molecular and Cell Biology at the University of Leicester have full access research equipment and facilities within the Department and contribute to a significant part of the research output.

  • About the project

    Project background and methodology From the 18th century, many technological innovations (such as gas and electric light, bells and telephones, piped water supplies, heating systems and sanitation) became available but the isolated nature of many country estates meant that...

  • Spain

    We welcome students from Spain. Find out about entry requirements, the Spanish student community and other country-specific information.

  • Leicestershire and Rutland’s finest archaeological finds to be showcased at University of Leicester conference

    ULAS will be offering talks with local experts including: 'Crafting with bark: experiments to remake the Enderby Shield' with Matthew Beamish, ULAS 'Taking stock of the pot: Creating and re-creating the Glenfield Iron Age cauldrons' with John Thomas,...

  • Book Group: The Ordeal of Gilbert Pinfold

    An account of our Book Group discussion of The Ordeal of Gilbert Pinfold, written up by Ian Truslove.

  • Olympus IX81 - Inscoper

    Find out more about the Olympus Cell^R/Scan^R imaging system which can be found in the Advanced Imaging Facility.

  • University researchers show juices from damaged salad leaves massively stimulate Salmonella growth and salad leaf colonisation

    Investigations by Leicester microbiologists have revealed that just a small amount of damage to salad leaves can massively stimulate the presence of the food poisoning bug Salmonella in ready-prepared salad leaves.

  • Our research culture

    Research is at the heart of everything that we do at the University of Leicester, and is core to our institutional strategy. We will create a positive and enabling research environment, delivering world-leading research that transforms lives.

  • Fluorescent Deep Space Petri-Pod

    The ‘Fluorescent Deep Space Petri-Pod’ (FDSPP) is a miniaturised hardware solution for performing remotely operated biological experimentation on multiple types of organisms, via fluorescent and white light imaging capabilities in deep space

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