17a-Estradiol - Great Anti-aging, but Will It Ever Become a Product
17a-Estradiol has been one of the top performers in the NIH ITP anti-aging drug studies, But - its never been tested. I'm wondering if there will ever be the human clinical studies done if (since it seems to be a public domain molecule) there is no patent protection for the company investing in the clinical studies... my question is how can this hormone get the financial support for the studies it needs?
"median lifespan increased 19% in male mice, calculated from data pooled from the three sites (P < 0.001). The effects of 17aE2 were significant at all three sites, at P < 0.003, with increases in median survival of 26%, 9%, and 23% at TJL, UM, and UT (Fig. S1, Supporting information). The age at which 90% of the mice had died increased on average by 12% (21%, 8%, and 8% at the three sites; Table S1, Supporting information), and the difference in survival at the 90th percentile was significantly increased"
but it seems to be an unpatented molecules and generally available.
17α-Estradiol Alleviates Age-related Metabolic and Inflammatory Dysfunction in Male Mice Without Inducing Feminization
https://academic.oup.com/biomedgerontology/article/72/1/3/2629961
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I'm very interested in this drug. I have been taking rapamycin for the past 18 months. This seems just as promising and it looks like a possible treatment for Alzheimer's. Im high risk with the gene. I will be first in line to try this as soon as they know the therapeutic dosage in humans and have a drug that is available for prescription other than a topical cream for hair loss.
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Thanks eve, good to know. That is a minuscule amount unfortunately. My next question is what is the effective dose for a human? Because the study done in mice shows no improvement under the effective dose. The effective dose for a 19 percent increase in life expectancy was 14.4 mg/kg diet. The mice that had 4.8 mg/kg had no increase. So getting the effective dose is key. I'm really hoping this gets compounded into higher doses in the near future.
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I have answered my own question. Using a table to convert animal doses we get the km factor.
km factor mouse = 3
km factor human = 37 (for 60kg human)
We use the formula below:
14.4 x 3/37 = 1.17mg/kg
So I would believe a human weighing 60kg would need 70mg per day.
Let me know if you find anything wrong with this calculation.