Epitalon Peptides Uses And Benefits 

Polypeptide Epithamanin is produced naturally in the pineal gland. Epitalon is its synthetic version discovered by Professor Vladimir Khavinson, a Russian scientist. The role of it is responsible for producing a natural enzyme called Telomerase. Telomerase is a protective component in human DNA. It allows DNA replication, so new cells are developed and old ones are rejuvenated in the body. 

Youngsters generate long telomerase in a large amount. The larger the strands of telomerase the better are the health of the cell and its replication. When people grow old, the natural production of telomerase production declines. Ultimately, this causes cell health and replication to decline.  

It also helps in regulating metabolism. It increases hypothalamus sensitivity toward hormonal influences, normalizes anterior pituitary functions as well as regulates gonadotropins and melatonin levels. 

How To Use Epitalon

You can buy epitalon online but make sure the dealer is trustworthy. Administer epitalon injections for better results. If taken orally, peptides break down in your digestive tract and cannot enter the bloodstream to display their anticipated effects. If you are afraid of injections then you can look around for capsules, which prevent degradation. Nasal sprays are also popular. 

On average, the daily dosage recommended is 5 to 10 mg. Inject it subcutaneously into the belly button or abdomen. You need to start with a low dosage and increase slowly. The cycle can be around 10 to 20 days based on dosage and repeated twice a year.

It is available in powder form, so while reconstituting it, be careful. Never inject the water directly into the powder but on the sides slowly. Store it carefully in the fridge because mishandling its cap can affect its efficiency. 

Benefits of Epitalon Peptide

The peptide is popular for anti-aging but it has several other potentials.

  • It lengthens the telomeres strands that promote cell rejuvenation and replication. Thus lengthening life expectancy. 
  • It displays antioxidant effects like protecting cells from oxidation damage.
  • It prevents an age-related disease called dementia.
  • It accelerates wound recovery.
  • It normalizes circadian rhythm.
  • It promotes sound sleep.
  • It decreases stress and boosts energy.
  • It enhances skin appearance and health. 

What does research suggest?

Some research results are promising but it has been conducted on animals. So, the potential safety profile and health benefits remain largely uninvestigated. There is inadequate evidence for the following:

Retinitis Pigmentosa

It is a genetic degenerative eye disease, which causes rods in the retina to degenerate. Rods are eye receptors that convert the light into signals that the brain processes. In a clinical trial, 90% of human retinitis pigmentosa conditions improved. In rats, retinal cell function improved. However, the study needs more research to verify these preliminary findings.

Correction of Circadian Rhythms

When you grow old the circadian rhythms get less pronounced and disrupted because of a decrease in melatonin and changed sleep cycles. In 14 elderly participants, it enhanced melatonin levels and changed its cycle to mimic youngsters. In old monkeys, epithalamin re-established circadian rhythm connected with cortisol. 

Antioxidant Status

When there is less oxygen in the body, there is oxidative stress. The free radicals trigger multiple diseases like diabetes, cancer, heart problems, and neurodegenerative diseases. The human body produces an endogenous antioxidant called melatonin. It stimulates melatonin, which induces the antioxidant effect. In rats, the antioxidant level increased by 36%, and the superoxide dismutase escalated by 19%. 


In cancer therapies, it is still in the animal stage. There are more clinical trials in humans needed to determine its helpfulness. In colon cancer, the peptide enhanced lymph flow and apoptosis, while slowing the cancer growth in rats. In mammary tumors, scientists found that peptides reduced tumor size in mice. 

Preclinical studies look promising but scientists have a long journey to get the peptide approved by the FDA.