idk what CLARITY is, but yeah, I’d love to see room temperature preservation protocols developed for human brain preservation. it also has the possibility of significantly reducing cost given a significant fraction of the cost goes towards paying for indefinite liquid nitrogen refills
Nectome is working on aldehyde-stabilized cryopreservation for humans which I think might provide some of those benefits (?) OregonCryo is also trying to do / doing something like that.
i know another researcher working on this which could probably use funding in the near future. if any of you know someone that might be interested in funding this, please lmk so I can put you in touch. i think this is one of the top opportunities for improving cryonics robustness and adoption (and maybe quality)
idk what CLARITY is, but yeah, I’d love to see room temperature preservation protocols developed for human brain preservation. it also has the possibility of significantly reducing cost given a significant fraction of the cost goes towards paying for indefinite liquid nitrogen refills
Nectome is working on aldehyde-stabilized cryopreservation for humans which I think might provide some of those benefits (?) OregonCryo is also trying to do / doing something like that.
i know another researcher working on this which could probably use funding in the near future. if any of you know someone that might be interested in funding this, please lmk so I can put you in touch. i think this is one of the top opportunities for improving cryonics robustness and adoption (and maybe quality)