The level of torring in the bodies of mice, monkeys, and men, and women declines with age-dropping by nearly 80% over the lifespan.

This is due, in rats at least, to a decline in the synthesis of torring.

Would there be any benefit to restoring youthful levels through Torian supplementation? After all, lower touring levels have

been associated with all sorts of disease conditions, of the bone, blood, eyes, heart, cancer.

Of course, just because there's a correlation between lower levels and disease doesn't necessarily mean that lower levels cause disease.

It could be the other way around, where, for example, disease leads to lower torring levels.

In my last video, I talked about how torin is an antioxidant in the context of inflammation,

so in the context of disease, more torium may just get used up. The only way to know if Torin may help is to put it to the test.

We know blood concentrations of Torin declines with age,

so to investigate whether this decline contributes to aging,

researchers fed Torin or not to middle-aged mice until the end of their life,

and Taurine-fed mice lived longer, significantly longer, like the human equivalent of

seven to eight years longer, and they had only started the TORN later in life in middle-aged.

Now, a meaningful anti-aging therapy should not only improve lifespan, but also health span,

the period of healthy living, so researchers then investigated the health of the

touring-fed middle-aged mice and found, compared to the control group, improved functioning

of bone, muscle, pancreas, brain, fat, gut, and immune system, indicating an overall increase

in health span as well as lifespan.

They also tried it on other species.

Torrean didn't make yeast live longer, but it did increase the lifespan of microscopic

worms, 10 percent or more increased average lifespan in middle-aged worms and mice.

And the mice didn't just live longer, but also healthier, with improvements in strength,

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