Comment Re:Christ (Score 1, Interesting) 276
>A little over a decade ago the first human genome was sequenced at a cost of 3 billion dollars. Now, you can spit in a tube, FedEx it to a sequencing facility (at room temperature - no ice required), and a few weeks later FedEx will deliver a USB drive with your genome sequence on it - all for just a bit over a $1000 dollars
Bad example - because the human genome didn't need to cost that back then. It was one of science's greatest mistakes, and it's correction was the biggest breakthrough in genetics since the discovery of DNA. Long before we sequenced the human genome we had sequenced a bunch of "simpler" animals like frogs and newts and things - and they were coming in at around 80-billion genes.
So naturally we assumed that a much more complicated being like a human would have a much longer genome - many orders of magnitude more. So we built a super-computer for the kind of load we were expecting: that's where the 3 billion dollars went.
Except when we were done - it turns out the human genome was much, much shorter. In fact it only had about 32-billion genes. Figuring out why and how a more complicated creature can have much simpler genes completely changed our ideas of how genes worked. The entire science of genetics was turned on it's head - it was an expensive mistake but it paid off - it also made all the ideas that linked racism, sexism or classism to genetic inheritance thoroughly disproven - it's literally not POSSIBLE for them to be true, in order to BE true - human genes would have to contain significant brain structure encoding which they definitely do not and cannot because there aren't even enough of them to program 1% of our brains. The genetic contribution to human brains consist of "suck nipple when inserted" - that's about it.
That said - they never needed that 3-billion dollar computer, which is why this is a bad example.