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E.g. would you approach it from the 'immortal jellyfish' perspective, from cell regeneration, 'transporting' into an earlier version, transfer of the mind, etc.?
http://calicolabs.com http://humanlongevity.com http://genopharmix.com http://sens.org http://buckinstitute.org
What I'm wondering about the different approaches is if they could receive bigger breakthroughs by sharing / crowdsourcing their issues and getting a wider attraction / reach. E.g. sometimes the answers to a problem lie in another industry
Like e.g. the fold.it game helped decyphering the crystal structure of an AIDS causing virus in 10 days, while scientists were battling it for 15 years
use baculovirus to serially and temporally express telomerase and keep the telomere count between 3000-8000 for all cells in the human body. Then figure out some way to flush out senescent cells
RE: Baculovirus, have you seen any attempts at this?
Forget immortality through the extension of the biological life of the body; yonder lies folly.
http://calicolabs.com http://humanlongevity.com http://genopharmix.com http://sens.org http://buckinstitute.org
Do you have any information on their current status and their biggest issues/blockers? What I'm wondering about the different approaches is if they could receive bigger breakthroughs by sharing / crowdsourcing their issues and getting a wider attraction / reach. E.g. sometimes the answers to a problem lie in another industry Like e.g. the fold.it game helped decyphering the crystal structure of an AIDS causing virus…
https://www.youtube.com/watch?v=V48M5j-6zdE
and
https://www.youtube.com/watch?v=jbYgza4NNk8
To name some of the top roadblocks:
- Cellular garbage collection
- Inner-workings of Mitochondria and cell death/apoptosis at the wrong time.
- DNA repair genes
- Telomerase production/use
Analyzing genomic pathways associated to these is key. Understanding why the expression of genes varies or decreases/increases at the wrong time is also key.
Being able to use Cogntive computing/biomicry/AI/Machine Learning etc to analyze the hidden connections and relationships between phytochemicals, genes, proteins, pathways and environment is the next frontier.
We're working on it and could certainly use additional crowdsourcing approaches.
We can then truly solve for space travel and populating other planets and we'll have lifespans that enable us to travel for extended periods of time - a Universal requirement for the human species.
We've proven we can increase the lifespan of nematodes by what is equivalent to 300 years in human lifespan. If we can at least make it 150, then we have a chance at 300 and if we make 300 we have a chance at 500 and so on. We can then truly solve for space travel and populating other planets and we'll have lifespans that enable us to travel for extended periods of time - a Universal requirement for the human species…
Re: The Nematode lifespan; What happened to the C60 buckyballs diet? Apparently rats that underwent a specific diet of C-60 fluids had nearly double the lifespan ( 22-26months vs 42 months ) http://www.sciencedirect.com/science/article/pii/S0142961212...
Earlier quoted context omitted.
Do you have any information on their current status and their biggest issues/blockers? What I'm wondering about the different approaches is if they could receive bigger breakthroughs by sharing / crowdsourcing their issues and getting a wider attraction / reach. E.g. sometimes the answers to a problem lie in another industry Like e.g. the fold.it game helped decyphering the crystal structure of an AIDS causing virus…
See: https://www.youtube.com/watch?v=V48M5j-6zdE and https://www.youtube.com/watch?v=jbYgza4NNk8 To name some of the top roadblocks: - Cellular garbage collection - Inner-workings of Mitochondria and cell death/apoptosis at the wrong time. - DNA repair genes - Telomerase production/use Analyzing genomic pathways associated to these is key. Understanding why the expression of genes varies or decreases/increases at the…