Pinealon The Brain Peptide

[00:00:00]Here's something most people never think about. Your brain loses neurons every single day. Not hundreds, not thousands, tens of thousands. After age 30, your brain can lose up to 85,000 neurons per day from the cerebral cortex alone.

[00:00:15]>> [music] >> And unlike most cells in your body, neurons don't regenerate. When they're gone, they're gone. Now, here's the question researchers have been asking for decades.

[00:00:24]>> [music] >> Is there anything that slows that loss?

[00:00:27]The same Russian research team that gave us epithalamin the immortality peptide developed a companion peptide specifically targeting the aging brain.

[00:00:35]>> [music] >> They call it pylon and it may be doing something to your neurons that nothing else in this space has come close to replicating. If you watched our epithalamin video, pylon is the answer to the question most of you asked, what about the brain specifically?

[00:00:49]Epithalamin targets your cellular clock broadly, pylon targets your brain clock, the neurons you're losing right now that you can't get back. Same research team, same Russian bioregulator science, different target. Here's what the research actually shows. Pylon is a synthetic tripeptide, just three amino acids, glutamic acid, aspartic acid, and arginine. Scientists call it EDR for short, the first letter of each amino acid.

[00:01:15]>> [music] >> It was originally isolated from cortex in a neuroprotective preparation derived from the brain cortex of young cattle.

[00:01:23]>> [music] >> Before we go further, two ways to go deeper on everything we cover here.

[00:01:27]First, [music] grab the free beginners guide to peptide science. It's the foundation for all of it. Link in the description. And if you're ready to go all in, the Peptide A to Z community gives you the complete field guide, unlimited AI peptide coach, community [music] Q&A, and live sessions, everything in one place. Both links are in the description. Let's get back to it. By the same Khavinson research group that developed epithalamin. Its name references the pineal gland because early research suggested pinealon influences the CNS through similar neuroendocrine pathways and three amino acids. That's it. And what they do inside aging brain tissue is where this gets genuinely remarkable. Pinealon's primary proposed mechanism is neuroprotection through two pathways.

[00:02:14]First, oxidative stress reduction. Your brain generates enormous amounts of reactive oxygen species or cellular exhaust. Research in rat models showed pinealon significantly reduced ROS accumulation and decreased the rate of cell death.

[00:02:29]More neurons surviving. Second, and this is what makes researchers interested, pinealon appears to modulate caspase-3.

[00:02:37]Caspase-3 is the enzyme that executes programmed cell death, apoptosis. It's the molecular signal that tells the cell to self-destruct. In aging brains, this activity increases. Pinealon appears to suppress that signal, >> [music] >> fewer neurons getting the die instruction.

[00:02:53]This same suppression was observed in cardiac tissue models, suggesting the mechanism isn't limited to the brain alone.

[00:03:00]Key mechanisms, ROS reduction, caspase-3 modulation, and even dendrite growth stimulation in human neurons.

[00:03:07]>> [music] >> Here's why researchers and biohackers increasingly talk about epithalon and pinealon together. Epithalon operates at the cellular clock, telomeres, and the pineal gland rhythm. Pinealon operates at the brain clock, protecting cognition.

[00:03:22]There's also a telomere connection.

[00:03:23]Pinealon appears to influence irisin, a peptide linked to telomere maintenance and cellular resilience. Now, the honest picture, pinealon's research base is primarily from Khavinson's Russian group and largely in animal models. The human cell line research is early stage.

[00:03:40]Large-scale Western human clinical trials don't exist yet. But the Western community validated epithalon in 2025.

[00:03:47]Pinealon may be next, following the same 40-year research track record.

[00:03:51]>> [music] >> Pinealon, three amino acids targeting the one thing a Pethalon doesn't address specifically, the neurons your brain is losing every day.

[00:04:00]The neuroprotection mechanism is real.

[00:04:02]The research is early, but consistent.

[00:04:04]Western validation may be coming.

[00:04:06]>> [music] >> Grab the free beginner's guide in the description. For the full research breakdown and our AI peptide coach, join the Peptide A to Z community. If you haven't watched the Epithalon video yet, it's right here. This is Peptide A to Z, research, [music] education, longevity.

[00:04:23]See you in the next one. One last thing, everything on this channel is for educational purposes only. We're here to break down the science, not to tell you what to do with your body. Nothing in this video is medical advice, and nothing here should be taken as a recommendation to use any specific compound or substance. Always talk to a qualified health care professional before making any decisions about your health. We take that seriously, and we think you should, too.