7 hours ago
Hello everyone.
I'm looking for a clear, balanced discussion about Epithalon and its current scientific standing. What are the proposed mechanisms of action, especially regarding telomerase activation, circadian rhythm regulation, and aging markers?
In the middle of my reading I keep encountering conflicting claims, and an epithalon research overview would really help frame what is evidence based versus speculative. Which studies are considered most credible, and are they animal, cellular, or human trials? What are the known limitations, safety concerns, and gaps in data?
Finally, where do experts generally agree, and where is debate still active within the broader longevity research field
I'm looking for a clear, balanced discussion about Epithalon and its current scientific standing. What are the proposed mechanisms of action, especially regarding telomerase activation, circadian rhythm regulation, and aging markers?
In the middle of my reading I keep encountering conflicting claims, and an epithalon research overview would really help frame what is evidence based versus speculative. Which studies are considered most credible, and are they animal, cellular, or human trials? What are the known limitations, safety concerns, and gaps in data?
Finally, where do experts generally agree, and where is debate still active within the broader longevity research field