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There probably won't be any publically available break-throughs in the next 10 years.
However the foundation is there, in the form of the info provided by the mapping of the human genome, the SENS framework and nascent developments in bio-tech now confined to the lab (such as for instance Rafal's work on Mitochondria). Given this foundation, I think some real life-extension therapies might be avaliable by 2015. This is not out of the question. And someone on the extropy list working closely with bio-tech confiend that 2015 is not unreasonable for the first true anti-aging therapies.
However the first therapies are likely to provide only modest gains (potentially adding only a few years here and there). I base this on the complexity of aging and there are evolutonary reasons for believing that treatments that work in mice are likely to have a much smaller effect in humans. For instance Aubrey de Grey has said: ' I don't really think there's much scope for increasing human life by more than a year or two with caloric restriction.'
So some real treatments by 2015, but don't expect too much to begin with. Real gains in longevity probably require advanced medical nano and artificial intelligence, which may take another 15 years after that to start getting real results (2030 is the average projected date for the emergence of advanced nano and ai).
So by 2030, it is not unreaonable to suppose that we may have reached the 'break-even' point. I'm going to stick my neck out here and state that if we can just hold on until 2030, we're home (indefinite lifespans from then on).
[Posted by: MarcG at July 7, 2005 2:03 AM]
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