ANYBODY RESEARCH VILON??
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@znyderx3 i haven’t researched this yet, but did some initial info gathering.
A few resources found thus far that may help
https://peptides.wiki/peptides/vilon/
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@znyderx3 i haven’t researched this yet, but did some initial info gathering.
A few resources found thus far that may help
https://peptides.wiki/peptides/vilon/
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I did it,once a day. Started very low, 0.1 mg, then raised to 1 mg for a while, then to 3 mg. For some reason it gives me some kind of a brain fog, ringing in ears. No any benefits that I noticed, either subjectively or via blood tests. I used it to simulate an effect of the original Thymalin extract from Russian studies, where it should have existed together with Crystagen, Thymogen and perhaps Thymulin. Thymulin also gave me the same side effects, by the way. But at least with Thymulin I could see the rise of neurotrophils, almost double, which was unusual for me.
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@znyderx3 i haven’t researched this yet, but did some initial info gathering.
A few resources found thus far that may help
https://peptides.wiki/peptides/vilon/
@WisGal64 Thank you for that. I have Vilon on my wish list to try out someday as well.
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This one scares me. Cells absolutely coil up their DNA for a reason, and "awakening" dormant genes is a massive double-edged sword. While it can make a healthy, tired cell act younger, it carries a very real risk of waking up "bad cells" or dangerous genetic elements.
Possible negative effects and risks of doing this (#2 and 3 are really scary to me):
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Waking up "Zombie" Cancer Genes
Inside our DNA, we have genes called oncogenes (cancer-causing genes). Throughout our lives, our bodies purposely wrap these dangerous genes tightly in "storage" to keep them permanently turned off.
If a treatment like Vilon unrolls the DNA too aggressively or indiscriminately, it could accidentally unpack an oncogene. This could turn a normal, aging cell into a rapidly dividing cancer cell. -
Unleashing "Jumping Genes" (Ancient Viruses)
About half of the human genome is actually made up of ancient, parasitic genetic elements called transposons (or "jumping genes"), as well as remnants of ancient viruses that infected our ancestors millions of years ago.
Normally, the cell keeps these tightly locked down in heterochromatin because if they wake up, they can physically hop around, slice up your healthy DNA, and cause massive genetic chaos.
As we age, our grip on these jumping genes slips anyway. Speeding up the "unrolling" process could accidentally set them free.
- Cellular Identity Crisis
Cells need most of their DNA turned off to remember what they are. A skin cell has the blueprint for an eye cell, but it keeps the eye-specific DNA tightly coiled up. If you unroll everything, cells can lose their identity, stop doing their specific jobs, and malfunction.
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This one scares me. Cells absolutely coil up their DNA for a reason, and "awakening" dormant genes is a massive double-edged sword. While it can make a healthy, tired cell act younger, it carries a very real risk of waking up "bad cells" or dangerous genetic elements.
Possible negative effects and risks of doing this (#2 and 3 are really scary to me):
-
Waking up "Zombie" Cancer Genes
Inside our DNA, we have genes called oncogenes (cancer-causing genes). Throughout our lives, our bodies purposely wrap these dangerous genes tightly in "storage" to keep them permanently turned off.
If a treatment like Vilon unrolls the DNA too aggressively or indiscriminately, it could accidentally unpack an oncogene. This could turn a normal, aging cell into a rapidly dividing cancer cell. -
Unleashing "Jumping Genes" (Ancient Viruses)
About half of the human genome is actually made up of ancient, parasitic genetic elements called transposons (or "jumping genes"), as well as remnants of ancient viruses that infected our ancestors millions of years ago.
Normally, the cell keeps these tightly locked down in heterochromatin because if they wake up, they can physically hop around, slice up your healthy DNA, and cause massive genetic chaos.
As we age, our grip on these jumping genes slips anyway. Speeding up the "unrolling" process could accidentally set them free.
- Cellular Identity Crisis
Cells need most of their DNA turned off to remember what they are. A skin cell has the blueprint for an eye cell, but it keeps the eye-specific DNA tightly coiled up. If you unroll everything, cells can lose their identity, stop doing their specific jobs, and malfunction.
@jamiegallien Vilon, as a naturally occurring thymic peptide, can not be as dangerous as some foreign molecules, for which the body has no protection. Vilon was tested during multiple researches as a part of epithalamin thymic extract, and by itself, showing no serious side effect even when used in a 100x the recommended dose. It is unlikely a dumb switch just blindly turning on "Zombie" Cancer Genes and Ancient Viruses in DNA. The body should know how to deal with its own bioregulators. If anything, it is known to slow down cancer growth.
With that, there is always a risk with the research compounds (and with FDA-approved too), so a proper disclaimer is warranted. -
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@jamiegallien Vilon, as a naturally occurring thymic peptide, can not be as dangerous as some foreign molecules, for which the body has no protection. Vilon was tested during multiple researches as a part of epithalamin thymic extract, and by itself, showing no serious side effect even when used in a 100x the recommended dose. It is unlikely a dumb switch just blindly turning on "Zombie" Cancer Genes and Ancient Viruses in DNA. The body should know how to deal with its own bioregulators. If anything, it is known to slow down cancer growth.
With that, there is always a risk with the research compounds (and with FDA-approved too), so a proper disclaimer is warranted.@vpeptides treating it as safe just because it's a "natural peptide" ignores the unpredictability of epigenetic modulation. But we can disagree. That's why everyone has their own comfort level with safety on this stuff.
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@vpeptides treating it as safe just because it's a "natural peptide" ignores the unpredictability of epigenetic modulation. But we can disagree. That's why everyone has their own comfort level with safety on this stuff.
@jamiegallien Definitely agree that the natural occurrence is not a guaranty of safety, that was just an argument, not a proof. But the safety studies have been done, at least in animal models, showing no toxicity in large doses, an inhibition of spontaneous tumor growth, and immune support.
But I see your point and it's a valid aspect to consider.
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