Solid study, but the core results are based on a single genotype of mouse — C57BL/6J. Imagine a clinical study of longevity using 120 clones of you or me. Taurine may be effective at extending lifespan and healthspan of C57BL/6J mice but will it work as well using genetically diverse mice such as the UM-HET3 mice? Like humans, the UM-HET3 mice are genetically diverse (they segregate for about 11.5 million sequence va…
By the way: A 16 oz can of Monster contains 2 grams of taurine. My first thought when I reading your post (before I finished): How many grams of taurine per kilogram of body weight were used in the trial? I found: Taurine supplementation increases the life span of mice To determine whether the observed drop in taurine concentration contributes to aging, we orally administered control solution or taurine at 1000 mg pe…
"Serious adverse effects have not been reported with taurine supplementation. The highest dose used in a human trial was 10 grams per day for 6 months, and the longest human trial was 12 months and used a dose of 0.5–1.5 grams per day. Based on the available evidence, it’s suggested that 3 grams per day can be consumed indefinitely without risk of side effects."
"The observed safety limit, the highest dose for which one can be relatively assured that no side effects will occur over a lifetime, has been suggested to be 3g of taurine in supplemental form (in addition to food intake) a day.[140] Higher doses have been tested and well tolerated, but not enough evidence is available to suggest lifelong safety of said doses.
There is a notion that taurine causes heart damage, which is currently unsupported (and contrary to a fair bit of evidence). This appears to be due to a misunderstanding of why serum taurine levels are elevated during cardiac failure (which is from taurine leakage from cells)."
My advice, however, is to not take it for antiaging until the science is done on humans, specially at high doses.