This isn’t exactly astonishing to anyone who has taken a genetics course, but the Johns Hopkins team, in Science Translational Medicine, provides elegant evidence to back up the long-held idea that the so-called “complex," common diseases result from so many intertwined inherited as well as environmental threads that using a DNA sequence as a crystal ball just won’t work – at least until more data accumulate. Read More
Genetic Linkage
Limits of Genome Sequencing Not a Surprise
April 3, 2012
The news is being trumpeted everywhere – whole genome sequencing won’t help the average person predict common illnesses.
This isn’t exactly astonishing to anyone who has taken a genetics course, but the Johns Hopkins team, in Science Translational Medicine, provides elegant evidence to back up the long-held idea that the so-called “complex," common diseases result from so many intertwined inherited as well as environmental threads that using a DNA sequence as a crystal ball just won’t work – at least until more data accumulate. Read More
This isn’t exactly astonishing to anyone who has taken a genetics course, but the Johns Hopkins team, in Science Translational Medicine, provides elegant evidence to back up the long-held idea that the so-called “complex," common diseases result from so many intertwined inherited as well as environmental threads that using a DNA sequence as a crystal ball just won’t work – at least until more data accumulate. Read More
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Jim Watson at International Congress of Human Genetics
October 11, 2011
Montreal, Oct. 11, 2011 -- James Watson joined a panel of “genome pioneers” at the opening session of the 12th International Congress of Human Genetics today. He was invited, besides his fame, because he was the second person to have his genome sequenced (Craig Venter was first), but his comments revealed that perhaps his most telling qualification is that he has a son who has schizophrenia. Known for his controversial views, Dr. Watson did not disappoint. Read More
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