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8059 results for: ‘仿Twitter源代码 社交网络源码 基于脉聊二开版本 带详细安装视频✅项目合作 二开均可 TG:saolei44✅.OrtBVWvGWAvR’

  • Bloomberg: Twitter’s IPO

    Posted by Andrew Dunn in Social Sciences and Humanities Librarians’ Blog on October 15, 2013 Twitter Inc. filed for an initial public offering with the U.S. Securities and Exchange Commission on Sept. 12. Use Bloomberg’s functions to analyze IPOs in the communications sector.

  • Cell Proliferation and Differentiation

    Find out more about Cell Proliferation and Differentiation research at the University of Leicester.

  • Success for tutor delivering refugee support

    Aleks Palanac (pictured), an EAP (English for Academic Practice) tutor at the ELTU (English Language Teaching Unit), recently returned from an 8-day trip to Greece where she delivered a training programme for Volunteer Teachers of Refugees to teachers working in refugee camps...

  • Friday 10th August Sol 4

    Posted by jbridges in Mars Science Laboratory Blog on August 10, 2012 The first full resolution Mastcam panorama is coming through.  It will take a few sols for it to fully download from Mars.  Fantastic detail of Mt. Sharp and ground surface leading up to it.

  • Ahmed Mahdee Salih

    The academic profile of Dr Ahmed Mahdee Salih, Research Associate at University of Leicester

  • Uncapitalised ‘learning outcomes’: the tutor and student’s friend – University of Leicester

    The 'Learning Outcomes Project' at the University of Leicester. Uncapitalised 'learning outcomes': the tutor and student's friend.

  • How Twitter users can work together to defuse social tensions

    A report co-authored by Dr Paul Reilly (pictured) from the Department of Media and Communication has found that social media sites such as Twitter can be useful in keeping the peace and defusing tensions during times of social unrest.

  • Molecular Cell Biology

    Module code: BS2092 ‘Molecular cell biology’ is centred on the principal techniques used in molecular cell biology and allows you to develop your ability to design experiments to test a hypothesis, based on the use of these techniques.

  • Molecular Cell Biology

    Module code: BS2092 ‘Molecular cell biology’ is centred on the principal techniques used in molecular cell biology and allows you to develop your ability to design experiments to test a hypothesis, based on the use of these techniques.

  • Molecular Cell Biology

    Module code: BS2092 ‘Molecular cell biology’ is centred on the principal techniques used in molecular cell biology and allows you to develop your ability to design experiments to test a hypothesis, based on the use of these techniques.

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