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Carrier Testing for Severe Childhood Recessive Diseases by Next-Generation Sequencing Callum J. Bell1,*, Darrell L. Dinwiddie1,2,*, Neil A. Miller1,2, Shannon L. Hateley1, Elena E. Ganusova1, Joann Mudge1, Ray J. Langley1, Lu Zhang3, Clarence C. Lee4, Faye D. Schilkey1, Vrunda Sheth4, Jimmy E. Woodward1, Heather E. Peckham4, Gary P. Schroth3, Ryan W. Kim1 and Stephen F. Kingsmore1,2,†1National Cen
Since he was a toddler, six-year-old Nicholas Volker's intestine had been dangerously inflamed, necessitating a hundred surgeries including the removal of his colon. No one knew the cause, but it seemed certain that the boy was dying. In a desperate attempt to figure out what was wrong, doctors at the Medical College of Wisconsin did something desperate and unproven: they sequenced his DNA. The do
U.K. to Sequence 10,000 Genomes in 3 Years to Shed Light on Diseases Today at the Science Museum in London, as part of a ceremony for the 10th anniversary of the completion of the first draft of the human genome, the Wellcome Trust announced the UK10K project to sequence the genomes of 10,000 people in the United Kingdom over the next 3 years. According to Richard Durbin, the leader of the UK10K p
An NHS hospital has begun decoding all the genes of individual patients, 10 years after the first human genome sequence was published. London's Royal Brompton Hospital said the project would give doctors a better understanding of the inherited factors that help trigger heart disease. The research involves sequencing all 22,000 genes found in the human genome in 10,000 patients. It heralds more per
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