Hmmmmm, yes, you're right.
Advances in genetic engineering, specifically the genome project, will help nanobots to pinpoint the foreign cells in order for them to attack.
See my earlier reply (#99) for the link for Bill Joy's article.
Well, yes, that's possible too...considering the advances in three of the most important branches of science, namely, nanotechnology, genetic engineering and robotics.
Future Man is predicted to be able to live to an average of a 100 years and longer.
See Bill Joy's Wired article at
http://www.wired.com/wired/archive/8.04/joy.html
Hey, isn't it in the right direction where science is heading?
In a few years, we will have all these nanobots in our arteries and veins, cleaning our cholesterol levels and fighting viruses.
Now who needs the human genome project huh?
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Hmmmmm, yes, you're right. Advances in genetic engineering, specifically the genome project, will help nanobots to pinpoint the foreign cells in order for them to attack. See my earlier reply (#99) for the link for Bill Joy's article.
Well, yes, that's possible too...considering the advances in three of the most important branches of science, namely, nanotechnology, genetic engineering and robotics. Future Man is predicted to be able to live to an average of a 100 years and longer. See Bill Joy's Wired article at http://www.wired.com/wired/archive/8.04/joy.html
Hey, isn't it in the right direction where science is heading? In a few years, we will have all these nanobots in our arteries and veins, cleaning our cholesterol levels and fighting viruses. Now who needs the human genome project huh?