Ever since the first human genome was decoded at a cost of $3 billion, scientists have been pushing for a moonshot goal: a system that can process thousands of genomes at a cost of $1,000 each. Today, Illumina unveiled a set of machines that do just that. For geneticists and medical researchers, this is a watershed…
Scientists have created the first 3D model of DNA, thanks to a new software buit by a young Harvard scientist. Depicting the way DNA packs itself inside a cell, we couldn't help but see it as a beach ball of life.
It was a major breakthrough in 1995: After 13 months, scientists finally sequenced the entire genome of a bacteria for the first time.
It's only relatively recently that the scientific community has begun to accept that early humans interbred with our Neanderthal cousins. Now it looks as if it was not only possible, it was essential for providing us with immunity from strange diseases.
For the first time ever, we can track the number of genetic mutations in each generation of a human family. Humans are mutating at a downright glacial pace, with a shockingly tiny number of mutations passed on in each generation.
One of the problems with decoding the human genome was discovering how little of the human genome was actually... well, human. Are we really made up by mostly virus DNA?
Dr. Quake of Stanford University only needed $50,000 and a month's time to complete a genome sequencing process which previously took $300 million, over 250 people, and several years. How cheap would Windows 7 be with this guy's cost-cutting?