Taylor and Ehrenreich, however, found that higher - order interactions of five or more
places along the genome can have major impacts, and may help explain the so - called «missing heritability» problem, in which additive genetic variants do not entirely explain many inherited diseases and traits.
In this month's issue of
Genome Research, Elizabeth Stewart and her colleagues at Stanford University present this new map, which places about 8000 landmarks along the genome's 3 billion bases — DNA's building blocks — yielding twice the resolution of gene maps currently i
Genome Research, Elizabeth Stewart and her colleagues at Stanford University present this new map, which
places about 8000 landmarks
along the
genome's 3 billion bases — DNA's building blocks — yielding twice the resolution of gene maps currently i
genome's 3 billion bases — DNA's building blocks — yielding twice the resolution of gene maps currently in use.