Search

12318 results for: ‘交友 直播 美颜 APP下载页 宣传页 着陆页 落地页 引导页✅项目合作 二开均可 TG:saolei44✅.OuzhGMfJClqce’

  • Principles of Ecology and Conservation Biology

    Module code: BS2065 In this module you will study the ecological principles behind the structure and function of land and freshwater ecosystems.

  • Oadby and Wigston Growth and Innovation Programme

    Why join? Many business owners, managers and leaders have undertaken little or no management training and may be lacking the confidence, knowledge or skills needed to take a serious, thoughtful and informed approach to effective innovation, successful change and impactful growth.

  • Medical Biosciences (Genetics) MBiolSci

    Genetics and genetic mechanisms can tell us so much about heredity and evolution. When researched in the context of diseases in a massively outbred human population, genetics leads us to discover better, more personalised diagnosis and treatments of diseases.

  • Conversations with… Prof. Richard Alexander

    Conversations with... Prof. Richard Alexander

  • Planetary astronomers identify cycle of spectacular disturbances at Jupiter’s equator

    Infrared images of Jupiter The clearing of Jupiter’s clouds during the last equatorial disturbance event in 2007.

  • British Library project awarded new accolade

    A digital project that showcases the lives of remarkable British scientists has won a second prestigious accolade.

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

  • Trace Evidence Analysis

    Module code: CH7202 This module explores the key techniques in trace evidence analysis. You will learn about the recovery and enhancement of latent fingerprints and delve into the analysis of various trace evidence like hair, fibre, paint, and soil.

  • Faraday Institution Honours Leicester Team for Battery Recycling Innovation

    University of Leicester chemists recognised with a Highly Commended Faraday Institution Community Award for Innovation for patent-pending technology that enables direct recycling of black mass within the UK, reducing reliance on exports and supporting domestic circularity of...

Back to top
MENU