Rapamycin extends lifespan of worms in dose 100uM - 6.67 times higher dose than tested here
When it comes to taurine, I don’t know specific dose, but it requires much higher dose than Rapamycin - so probably 300 uM dose would be more accurate
Also combinations are not predictable - 2 things may extend lifespan separately but not work in combination - taurine is anti oxidant and may cancel autophagy benefits from Rapamycin
The researcher Jan Gruber who has studied worms said to me in a mail conversation I had with him last week that they also give rapamycin to the bacteria which they then give to the worms. The result is like some kind of double dosing. You have rapamycin on the plate and also on the bacteria that the worms eat.
I’ve started investigating recently how the methodology may differ between different labs when they test rapamycin. This is the current status of that investigation. I’m not an expert in worm research but step by step I’m learning more. If there are any columns that I have missed or some data that is wrong just let me know. All help with this investigation is appreciated
Why lower dose than mice that get it from their feed? I agree dosing from nematode to human is basically impossible, the video said as much have to use a mammal.
Krister, here is another nematode researcher that you may want to talk to. He has a company that is also doing nematode longevity research (perhaps a little competitive with Ora Biomedical)…
I got excited by the new leaderboard and sponsored a bunch:
Berberine HCL
Epigallocatechin gallate (EGCG)
Sulforaphane
Tramiprosate
Glycine
Edit: Has anyone started trying to combine 2 of the top candidates? I think other amino acids like Serine would also be good to test. It seems taurine is not that good since with rapamycin it has no net effect, and rapamycin was tested individually to have no effect. Seeing if leucine or iso-leucine are negative would also be interesting