Sanger Science

  • 18 December 2024

    Advances in AI are rapidly changing biological research, which raises important questions surrounding its responsible use. Here we share insights from a recent conference, funded by the Wellcome Sanger Institute, on explainable AI and how it impacts biology.

  • 12 December 20248.5 min read

    Tardigrades are tiny creatures renowned for their ability to survive extreme conditions. Dr Witold Morek, Postdoc at the Wellcome Sanger Institute, studies tardigrade genomes to unravel their evolution. This work could help enhance scientific understanding of biodiversity and lead to innovations in medicine and biotechnology.

  • 21 January 20164.3 min read

    21.01.16 David Wedge reports the launch of a new DREAM Challenge that aims to identify the different cells that make up a cancer

  • Breast cancer cell. Credit: Anne Weston, Wellcome Images
    17 August 20154 min read

    Yong Yu talks about his research in immunotherapy, an emerging cancer treatment that exploits the biology of innate lymphoid cells

  • Plasmodium falciparum. Credit: Wellcome Images
    15 July 20152.9 min read

    15.07.15 Abigail Perrin explains how malaria parasites trick our immune system

  • Heart, human, diagram. Caption: Wellcome Images
    22 June 20153 min read

    22.06.15 Artificial membrane could transform the way we treat heart disease, says Rameen Shakur

  • 24 April 20155.9 min read

    25.04.15 Malaria parasites adapt at a frightening rate. A global collaboration has compiled a large collection of P. falciparum genomes and is using this resource to keep up.

  • Credit: Justine Desmond, Wellcome Images
    15 April 20153.8 min read

    15.04.15 Big data can help us find the causes of rare diseases. But, says Anika Oellrich, computers must first understand the many ways we describe symptoms