News Archive

News Archive

Genetics allows personalised disease predictions for chronic blood cancers

Genetics allows personalised disease predictions for chronic blood cancers, Sanger researchers have found. This work could lead to more accurate clinical decisions in the future.

Genetics allows personalised disease predictions for chronic blood cancers

The approach could help doctors identify which patients may benefit from specific treatments or clinical trials

Scientists have developed a successful method to make truly personalised predictions of future disease outcomes for patients with certain types of chronic blood cancers. Wellcome Sanger Institute researchers and collaborators combined extensive genetic and clinical information to predict the prognosis for patients with myeloproliferative neoplasms. Published in the New England Journal of Medicine, the research identified eight different genetic subgroups of the disease and could lead to personalised medicine for patients with these blood cancers.

25 UK species' genomes sequenced for first time

25 UK species have their full genomes sequenced for the first time

25 UK species' genomes sequenced for first time

The high-quality genomes will be made freely available to scientists to use in their research

The genomes of 25 UK species have been read for the first time by scientists at the Wellcome Sanger Institute and their collaborators. The 25 completed genome sequences, announced today (4 October) on the Sanger Institute’s 25th anniversary, will lead to future studies to understand the biodiversity of the UK and aid the conservation and understanding of our species.

Journey to precision cancer treatment takes off with new passports tool

Journey to precision cancer treatment takes off with new passports tool

Journey to precision cancer treatment takes off with new passports tool

Cell Model Passports website offers 'one-stop shop' of information about cancer cell models covering their genetics, clinical history and drug sensitivities, thereby speeding cancer research

Cell Model Passports, a user-friendly website described in Nucleic Acids Research will enable cancer researchers in both academia and industry not only to access high-quality raw and processed genomic and functional datasets, but also to select the best model(s) for their research. Before now, finding the most relevant cancer model(s) has often been difficult and time consuming – the Passports will streamline this process.

Newly sequenced mouse genomes unearth unknown genes

Newly sequenced mouse genomes unearth unknown genes. Image credit: Wellcome Sanger Institute, Genome Research Limited

Newly sequenced mouse genomes unearth unknown genes

Sixteen newly sequenced mouse strains reveal unexpected diversity that could impact disease research

16 newly sequenced mouse genomes have revealed new gene structures and coding loci absent from the current reference strain. This discovery could impact future research in genetics, drug development and beyond.

Skin is a battlefield for mutations

Skin is a battlefield for mutations

Skin is a battlefield for mutations

Our skin is a microcosm of Darwinian evolution where only the cells with the most useful characteristics survive

Normal skin contains a patchwork of mutated cells, yet very few go on to eventually form cancer and scientists have now uncovered the reason why. Researchers at the Wellcome Sanger Institute and MRC Cancer Unit, University of Cambridge genetically engineered mice to show that mutant cells in skin tissue compete with each other, with only the fittest surviving.

Rare genetic disorders more complex than thought

Rare genetic disorders can be affected by common genetic variations

Rare genetic disorders more complex than thought

Study reveals that common genetic variants could affect the risk of rare developmental disorders

The study published today (26 September) in Nature will help researchers understand how an individual’s whole genetic make-up can modify the effect of rare damaging variants typically thought to cause these developmental disorders. They also revealed that common genetic variants known to increase the risk of conditions such as schizophrenia also increased the risk of rare developmental disorders.

Wellcome Sanger Institute at 25: how the genomic revolution is changing medicine

Wellcome Sanger Institute at 25: how the genomic revolution is changing medicine

Wellcome Sanger Institute at 25: how the genomic revolution is changing medicine

Leaps forward in knowledge have allowed scientists and doctors to start to bringing advances out of the lab and into the clinic to directly benefit patients

This October, the Wellcome Sanger Institute, one of the world’s leading centres of genomic research, celebrates 25 years of research and discovery through genome sequencing. In the same week, the NHS will become the first health service in the world to routinely offer genomic medicine as part of patient care.

LifeLab - Free events highlight discovery on your doorstep

life_lab_eye_microscope_top.jpg

LifeLab - Free events highlight discovery on your doorstep

Events include pop-up labs, a puppet show with a difference, story-telling and retro gameshows

LifeLab has launched an exciting programme of events for Friday 28th and Saturday 29th September, to transform parts of Cambridge and Peterborough into centres of discovery and opportunity for the weekend. Most of the events in shopping centres , cafes and public spaces are free, with a range of activities to inspire all ages and interests.

Family tree of blood production reveals hundreds of thousands of stem cells

Single blood stem cell growing into a colony over 10 days. Image credit: Craig McDonald, Kent Lab

Family tree of blood production reveals hundreds of thousands of stem cells

Humans have 10 times more blood-making stem cells than previously thought

Adult humans have many more blood-creating stem cells in their bone marrow than previously thought, ranging between 50,000 and 200,000 stem cells. Researchers from the Wellcome Sanger Institute and Wellcome – MRC Cambridge Stem Cell Institute developed a new approach for studying stem cells, based on methods used in ecology.

Regulator protein key to malaria parasite’s lifecycle

Discovery of AP2-G master switch could help find new ways to prevent malaria

Regulator protein key to malaria parasite’s lifecycle

Discovery of AP2-G master switch could help find new ways to prevent malaria

New experimental research by the University of Glasgow and the Wellcome Sanger Institute published in Nature Microbiology, demonstrates that a regulator protein, AP2-G, may hold the key to finding new approaches to prevent malaria.

Pages