Decade-long surveillance of a deadly bacterial pathogen has shown how genomics can be used to design effective vaccines and combat antimicrobial resistance.
Explore the skilful art of interpreting genome sequence data - from the human genome project to all species.
A decades-long interest in cell surface proteins has led to discoveries as diverse as how malaria parasites invade human blood cells, a vaccine target for a neglected tropical disease, and finding the molecules that must interact to initiate new life.
Meet Julie Hipkiss, Associate Director of Enterprise Solutions at the Wellcome Sanger Institute
Meet Thomas Oliver, trainee pathologist and PhD student, working on the origins of childhood cancers.
Wellcome Sanger Institute Blog. Stories from the cutting edge of genomic research.
Sanger Science
Sanger Life
COVID-19
Human Cell Atlas
Tree of Life
Connect with us on Twitter
A pioneering new study provides the clearest picture yet of the arms race between the bacterium responsible for a range of illnesses such as pneumonia and meningitis, and the vaccines designed to protect against it 💉🦠
Find our more ⤵️
Genomics empowers vaccine makers to tackle shapeshifting bacteria - Wellcome Sanger Institute
A pioneering genomic surveillance study has provided the clearest picture yet of the arms race between Streptococcus ...
www.sanger.ac.uk
What happens to mosquito/parasite samples once they arrive at @SangerInstitute for sequencing?
1⃣ Amplicon Sequencing and/or
2⃣ Whole Genome Sequencing.
What’s the difference? Read on… ⤵️
A unique network map of the #immune system could direct scientists to new #immunotherapies say @sangerinstitute researchers https://www.cambridgeindependent.co.uk/news/unique-network-map-of-immune-system-could-direct-scientists-9267997/
