The National Genomic Research Library (NGRL) now contains one of the richest genomic datasets in the world for both rare disease and cancer research, following the curation and addition of all consented genomes from the 100,000 Genomes Project. The Library now holds the data of over 110,000 clinically linked genomes, from over 97,000 participants. 

This latest data update to the Genomics England Research Environment, the platform to access the NGRL, is a major milestone for the 100,000 Genomes Project as well as future research.

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In this opinion piece, Chris Wigley, CEO of Genomics England, shares his reflections on the 20th anniversary of the first genome to be sequenced.

Not for a century has the world witnessed a pandemic on anything approaching the scale of COVID-19. Millions have been infected, almost half a million have died, economies have been shut down, jobs lost, schools closed, families divided, and civil liberties restricted to levels unknown outside war time.

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On 5 March 2020, Professor Sir Mark Caulfield, Chief Scientist at Genomics England, delivered the keynote talk at St Bartholomew’s Great Hall for the Precision Medicine Leadership event co-hosted by Queen Mary University London (QMUL).

The event set out to explore how collaboration can enable and advance precision medicine, showcasing new developments in the field from academia and industry. The event fostered networking opportunities between delegates who attended from more than 30 companies spanning pharma,

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At Genomics England, we continue to carefully monitor the coronavirus (COVID-19) situation as it rapidly evolves. Our immediate priorities are to protect and support the health and well-being of our staff, and the professional and social communities with whom we work, whilst continuing to work with our partners at NHS England, as well as those in government, industry, medicine and academia, to accelerate genomic research and healthcare.

In response to government advice, we are working proactively to reduce the spread of the virus.

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Today is Rare Disease Day 2020. The 100,000 Genomes Project is coming towards an end as we have finished sequencing everyone’s genomic samples, and are working hard to get the last few reports back to the NHS. To mark and raise awareness for the occasion, we asked Dr Christine Patch, Clinical Lead for Genetic Counselling at Genomics England, to give us her perspective.

Projects such as the 100,000 Genomes Project and others are directly facilitating new genetic diagnoses for patients with rare disease.

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Genomics England’s former Chairman, Jon Symonds CBE, has been Knighted for services to UK Life Sciences and Finance. Jon brought tremendous leadership, insight and direction to Genomics England during his tenure as Chairman, and his firm belief in the potential for genomic science to transform the way in which healthcare is delivered has been critical in driving our vision. We are very fortunate to have Jon’s continuing insights and direction as he continues to serve on the Board,

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Baroness Diana ‘Dido’ Harding is to become interim Chair of the Genomics England Board, starting from December 2019, as Jonathan Symonds CBE steps down at the end of November. Our CEO, Chris Wigley, says a few words below.

Jon Symonds will be stepping down as Chair of Genomics England, with effect from the end of November. Jon’s new role as Chairman of GSK means he is not able to continue as our Chair,

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In July, the Minister for rare disease at the Department for Health and Social Care, Baroness Blackwood, announced a ‘national conversation’ on rare disease. This conversation aims to gather a range of views from the rare disease community to identify common themes which will then feed into an overarching framework to follow the UK Strategy on Rare Diseases, which runs until the end of 2020.

To start the conversation, the Department of Health and Social Care have developed surveys to collect views from the patient community,

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The answer is in your genetic code

Initial findings from a pilot study using 100,000 Genomes Project data may help doctors to decide which dose of medications are the most appropriate for different cancer patients to take.

Medicines can affect people in different ways – a drug might work really well in some people, but not work or even cause serious side effects (‘adverse reactions’) in others. Genetic differences between people are behind some of these different reactions to drugs.

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