How can whole-genome sequencing be used to make vaccines more effective?

Project specs

Format

2D

Contact

Stephen D. Bentley and Stephanie Lo

Funding agency

Bill & Melinder Gates Foundation

Length

02:00

Summary

Vaccines are very effective at reducing disease, but surveillance is essential as vaccine evasion is a constant threat. Whole genome sequencing (WGS) gives us a high-resolution view, letting us identify genetic variations associated with vaccine resistance. An important example is a pneumococcal pathogen which causes approximately 317,000 child deaths annually. The Global Pneumococcal Sequencing (GPS) project focuses on this pathogen, using WGS to contribute to public health impacts as summarised in this video.

Researcher Profile

Bentley group at Sanger https://bentleygroup.sanger.ac.uk/

Project leader: Stephen Bentley (Sanger) https://www.sanger.ac.uk/person/bentley-stephen-d/ and Lesley McGee (CDC)

GPS project manager: Stephanie Lo (Sanger)
https://www.sanger.ac.uk/person/lo-stephanie/

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