Sanger Science
- 23 December 2025
For many, flu season has come earlier this year with hospitalisations rising by more than 50 per cent in one week in the UK. The so-called ‘super flu’ is causing a media frenzy – but what actually is it? Why are we seeing it earlier than usual? And how can we be better prepared in the future?
16 October 20258.9 min readProfessor Jussi Taipale joined the Wellcome Sanger Institute in January this year as a Senior Group Leader in the Generative and Synthetic Genomics Programme. His ambition? To predict gene expression directly from DNA sequence. In this blog, he reflects on his international research journey, how biology is scaling up, and why his research group aims to solve one of the biggest puzzles in genomics.
7 October 20257 min readIn recognition of UK Lupus Awareness Month, we caught up with Catherine Sutherland, Computational Senior Staff Scientist in the Human Genetics programme at the Wellcome Sanger Institute, to discuss more about how their work is contributing to our understanding of lupus.
1 October 202530.2 min readOur scientists and collaborators are working together to tackle one of the biggest public health threats: antimicrobial resistance. We are using cutting-edge genomics to hunt down drug-resistant microbes, decode their secrets and stop them in their tracks.
9 September 202510.2 min readHealth and safety can often be seen as all red pen and tape but it is not what you think. Our team at the Wellcome Sanger Institute are providing advice and guidance to help enable our projects and keep everyone in one piece.
20 August 20258.6 min readKids often have the best questions, and mosquitoes — the world’s deadliest animal — hold so many secrets. Inspired by real questions from 7-year-olds, we dive into some fascinating facts and learn what genomics can reveal about one of nature’s tiniest troublemakers.
14 August 20258.2 min readWhat is alternative splicing, and why does it matter? Omar El Garwany, PhD student at the Wellcome Sanger Institute, is exploring how splicing differences can cause disease, providing insights that could eventually contribute to better diagnostics and therapies.





