Whole genome sequencing allows us look at lots of different genes with one single test. In this blog, we explain what it’s ...

Every decision, every line of code and every meeting matters. Our work changes patients' lives, shapes the future of genomic research and enables the treatments of tomorrow. We're passionate about ...

Researchers have used data from the 100,000 Genomes Project to help create a “metal detector” algorithm called PRRDetect to ...

In bioinformatics, the role of a scientific curator involves extracting and organising data from the literature, to help ensure that tools or databases are kept up to date with the most accurate ...

The Access Review Committee’s (ARC) role is to provide an independent examination and response to requests for access to genomic and health data held in the Genomics England National Genomic Research ...

In this series, ‘Genomics 101’, we go back to basics and explore some of the most important topics in genomics. In this blog, we explain what we mean by the term ‘genome’. DNA is a molecule found in ...

One of the main aims of the 100,000 Genomes Project was to improve cancer care for NHS patients through personalised medicine. This page covers the way the project met this aim. Cancer can be ...

There are thousands of potential conditions that can be tested for through genome sequencing. It was important for us to carefully consider which conditions should be looked for in the Generation ...

Genomics England began as a vessel to execute the UK Government's bold plan to sequence 100,000 whole genomes and incorporate genomic medicine into routine care in the NHS, a feat we achieved in 2018 ...

Below are the key policies and documents that govern the processes at Genomics England.