27 Jun 2016
Plasmodium vivax study shows genomic surveillance could guide health strategies
The malaria parasite Plasmodium vivax is evolving rapidly to adapt to conditions in different geographical locations, in particular to defend itself against widely-used antimalarial drugs. The study shows that genomic surveillance could be used to guide effective strategies for malaria control and elimination.
9 Jun 2016
Landmark study shows genetic changes explain differences in survival for young AML patients.
Ground-breaking study shows that Acute Myeloid Leukaemia (AML) is not a single disorder, but at least 11 different diseases, and that genetic changes explain differences in survival among young AML patients. Published in the New England Journal of Medicine, the largest study of its kind on the genetics of AML could improve clinical trials and the way patients are diagnosed and treated in the future.
9 Jun 2016
The Global Alliance for Genomics and Health (GA4GH) calls for a federated data ecosystem for sharing genomic and clinical data, in Science (9 June 2016)
The Science article authored by a diverse team of international leaders in academia, research, medicine, and industry, argues that a common framework of principles, protocols, and interoperable technical systems are necessary to enable responsible and effective data sharing.
31 May 2016
Associate Faculty member recognised for research into the genomics of autism spectrum disorder Rett Syndrome
The ‘Nobel of the East’ is awarded by the Hong Kong-based Shaw Prize Foundation, to honour recent breakthroughs by active researchers in the fields of mathematics, astronomy and life and medical sciences.
26 May 2016
Award recognises the impact of Sanger Institute researcher’s work in driving forward biomedical science
Wellcome Trust Sanger Institute Faculty member, Professor Nicole Soranzo has been named by the Italian National Observatory on Women’s Health, as an inaugural member of its “Top Italian Women Scientists” club.
24 May 2016
The Global Alliance for Genomics and Health (GA4GH) and the Wellcome Genome Campus have launched a new project to explore global public attitudes and beliefs around the sharing of genetic information.
The need to understand the public's understanding and views on this genetic data has become increasingly urgent as we enter a new era of genomic medicine in which unique ethical and moral questions arise, at both the personal and political levels. It also raises questions about the commercial use of people’s genetic information.
18 May 2016
Ebola virus genomes were sequenced in a temporary laboratory at the outbreak treatment centre
Some of the final cases of Ebola in Sierra Leone were transmitted via unconventional routes, such as semen and breastmilk, according to the largest analysis to date of the tail-end of the epidemic. Using real-time sequencing of Ebola virus genomes carried out in a temporary laboratory in the country, researchers produced a detailed picture of the latter stages of the outbreak in Sierra Leone.
17 May 2016
A new study at the Wellcome Genome Campus will use popular films such as the X-Men series to explore how stories can help families engage with new developments in genetics.
Researchers are exploring how families talk about these issues, and is using people’s own interests and knowledge, such as the ‘X-men’ franchise, to help spark engagement with the emerging challenges of genomics and health.
5 May 2016
The Centre for Genomic Pathogen Surveillance has developed a new web-based tool that can track the spread of MRSA
For the first time, scientists have shown that MRSA (methicillin-resistant Staphylococcus aureus) and other antibiotic-resistant ‘superbug’ infections can be tracked across Europe by combining whole-genome sequencing with a web-based system. Researchers from the Centre for Genomic Pathogen Surveillance worked with a European network to successfully visualise and interpret the spread of drug-resistant MRSA.
4 May 2016
Harnessing novel gut bacteria for human health
Scientists at the Wellcome Trust Sanger Institute have grown and catalogued more than 130 bacteria from the human intestine. Published in Nature, this research will enable scientists to understand how our bacterial ‘microbiome’ helps keep us healthy and start to create tailor-made treatments with specific beneficial bacteria.