Dr. Stephanie Venn-Watson

That's the hypothesis. We know that it gets in there. We know that it has this effect. And so it helps with that. In addition, really fascinating work on the microbiome that in a clinical trial that was done in Singapore with C15 supplementation showed that women... who had a history of fatty liver disease.

When they took C15, they saw an improvement in the growth of Bifidobacterium adolescentis, which is like a mama microbe that's really good at helping to regulate our metabolism. It's also been shown to extend longevity in worms. So we already talked about the limitation of that, but it was an interesting side point.

When they took C15, they saw an improvement in the growth of Bifidobacterium adolescentis, which is like a mama microbe that's really good at helping to regulate our metabolism. It's also been shown to extend longevity in worms. So we already talked about the limitation of that, but it was an interesting side point.

When they took C15, they saw an improvement in the growth of Bifidobacterium adolescentis, which is like a mama microbe that's really good at helping to regulate our metabolism. It's also been shown to extend longevity in worms. So we already talked about the limitation of that, but it was an interesting side point.

In that clinical trial, it also lowered LDL cholesterol, which was great. And then there are other studies showing that we know that fiber can help improve metabolism. And so there was a whole series of studies that was done to figure out how fiber helps. It ends up that there's a molecule in fiber called inulin. not to be confused with insulin.

In that clinical trial, it also lowered LDL cholesterol, which was great. And then there are other studies showing that we know that fiber can help improve metabolism. And so there was a whole series of studies that was done to figure out how fiber helps. It ends up that there's a molecule in fiber called inulin. not to be confused with insulin.

In that clinical trial, it also lowered LDL cholesterol, which was great. And then there are other studies showing that we know that fiber can help improve metabolism. And so there was a whole series of studies that was done to figure out how fiber helps. It ends up that there's a molecule in fiber called inulin. not to be confused with insulin.

And inulin is being fed to our gut microbes that then use inulin to make C15. And so it's because of the C15 that's being made by the microbes that helped explain the benefits of fiber.

And inulin is being fed to our gut microbes that then use inulin to make C15. And so it's because of the C15 that's being made by the microbes that helped explain the benefits of fiber.

And inulin is being fed to our gut microbes that then use inulin to make C15. And so it's because of the C15 that's being made by the microbes that helped explain the benefits of fiber.

It'll get you to, it's like an additives kind of like how to order all the different tips and things we can do to maximize our C15. So that is one component. If none of the single things alone can do it, but additively,

It'll get you to, it's like an additives kind of like how to order all the different tips and things we can do to maximize our C15. So that is one component. If none of the single things alone can do it, but additively,

It'll get you to, it's like an additives kind of like how to order all the different tips and things we can do to maximize our C15. So that is one component. If none of the single things alone can do it, but additively,

So we got through the first two, which were the biggest. So in addition to targeting the longevity pathway, human pathway, regulating pathway, it also targets key hallmarks of aging. It needs to show, the third is it needs to show evidence of slowing the rate at which we age. And that's usually, we talk about Navy SEALs, right?

So we got through the first two, which were the biggest. So in addition to targeting the longevity pathway, human pathway, regulating pathway, it also targets key hallmarks of aging. It needs to show, the third is it needs to show evidence of slowing the rate at which we age. And that's usually, we talk about Navy SEALs, right?

So we got through the first two, which were the biggest. So in addition to targeting the longevity pathway, human pathway, regulating pathway, it also targets key hallmarks of aging. It needs to show, the third is it needs to show evidence of slowing the rate at which we age. And that's usually, we talk about Navy SEALs, right?

So if this was a Navy SEAL course, this is where most longevity molecules would be not make the cut and drop out of the competition.

So if this was a Navy SEAL course, this is where most longevity molecules would be not make the cut and drop out of the competition.

So if this was a Navy SEAL course, this is where most longevity molecules would be not make the cut and drop out of the competition.

So we did, Nick, Shark and I, we did a study showing dolphins that, showing what hadn't yet been proven before, which is if you take individuals within the same population, that there will be some that age at different rates, despite having a relatively controlled environment. And it was crystal clear in the dolphins that we had fast aging and slow aging dolphins.