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Epithalon and Aging: Could this be a Potential Miracle?
Epithalon, sometimes spelled Epitalon or Epithalone, is an exciting peptide. It is included in most vendors’ longevity categories. It is constantly under scrutiny and research as scientists try and puzzle out the newest science related to aging. Imagine a world where your loved ones can grow older while feeling younger. This is the fountain of youth that everyone aspires to. find. Epithalon is the subject of debate as it has its place in this discussion. What are the benefits of Epithalon? Can Epithalon be the key to unlocking the fountain of youth? What Is Epithalon / Epitalon Peptide? Epithalon is a synthetic peptide made up of four amino acids. Alanine, Glutamic Acid, Aspartic Acid, and Glycine. What makes Epithalon unique is that it is known as a bioregulator. Simply put this means it has the potential to help regulate and improve different functions in the body. This can result in the body running and functioning smoothly. It can be thought of as a signal or messenger that has the potential to help the body function optimally. Epithalon also stands out due to its association with the pineal gland. This is a small gland in the brain that has a big job. The pineal gland is responsible for regulating the production of several hormones. This includes Melatonin. Melatonin is crucial for sleep and wake cycles. As such, Epithalon has also found its place in various sleep and health studies. Epitalon peptide stood out due to its association with the pineal gland. This tiny gland in the brain has a big job. It regulates the production of several hormones, including melatonin. How Was It Discovered? As mentioned above, Epithalon is a synthetic version of an extract called epithalamin. The anti-aging peptide was discovered in the 1980s by a Russian Professor called Vladimir Khavinson. Khavinson was tasked with finding a potential way to help soldiers heal from injuries and damage on the battlefield. He harvested Epithalamin from the pineal glands of cattle. This led to the discovery of certain chains of amino acids known as peptides that could regenerate tissue and restore function. This may affect the healing of various organs and tissues that have fallen into disrepair. Since Epithalamin was difficult and expensive to harvest from animals in large quantities, a synthetic version was created. This version is widely studied for its potential anti-aging properties. How Does Epithalon/Epitalon Peptide Work? Epithalon is believed to work through 3 key functions: What Are the Potential Epithalon Peptide Benefits and Uses of Epithalon? Multiple clinical studies have been conducted on Epitalon peptide benefits. It has also attracted several animal and cell-based studies. Still, further research is needed to verify the effects of this synthetic pineal peptide Epitalon. Epithalon Peptide Therapy and Implications on Aging Gene therapy has demonstrated when cells produce telomerase, the lifespan of mice can be extended up to 24%. The treatment also significantly improved overall health health. This delayed the onset of age-related diseases such as osteoporosis and insulin resistance. [R] Similar results were obtained in a clinical study. Epithalamin-treated patients registered a 1.6-1.8-fold decrease in mortality compared to control group members. [R] Another study found some interesting potential uses in ovulatory aging. This study found that Epitalon helps prevent damage of mouse oocytes (egg cells) from aging effects. [R] Effects of Epitalon on Age-Related Diseases In the above-mentioned study on gene therapy, Epithalon had a major effect on animal health. It was linked to delays in age-related diseases. In clinical studies, Epithalon led to a 2-2.4 times reduction in age-related conditions. This includes high blood pressure, osteoporosis, acute respiratory diseases, ischemic heart disease, and deforming osteoarthritis compared to the control group. Epithalon and Potential Future Implications on Skin Health As previously mentioned, Epithalon influences certain genes that control processes in the body. One of these is called MMP2. This is important for angiogenesis, inflammation, and fibrosis. All of these are crucial for wound healing. [R] However, future research is needed to verify the effects of the synthetic pineal peptide Epithalon. Epithalon and Melatonin Melatonin, aka the sleep hormone, is produced by your mind in response to darkness. Research shows that the benefits of this hormone extend well beyond sleep. Low melatonin levels can result in insomnia, restlessness, poor stress response, and other conditions. In two separate studies, Epitalon stimulated melatonin production in elderly subjects with pineal gland dysfunction and older rats. There is preclinical evidence that Epithalon may have potentially increased melatonin levels in adult rats. [R] [R] Epithalon and Tumor Growth Data from a mouse study show that Epitalon has the potential to help reduce the growth of spontaneous breast tumors. In mice treated with Epitalon, the level of HER-2/neu mRNA expression in breast tumors was 3.7 times lower compared to untreated mice. [R] Epithalon is currently being studied as a potential treatment for HEr-2/neu-positive breast cancers. This is a type of breast cancer believed to affect 1 in every 5 women with breast cancer. [R] Further research to indicate the safety and efficacy of Epithalon as a cancer treatment aid could have massive implications on how cancer treatment is approached. Epithalon and Potential Treatment of Conditions Related to Eyesight A study investigated how Epitalon could potentially affect congenital pigmentary degeneration of the retina. Results showed that Epithalon therapy may have a positive clinical effect in 90% of the control group with retinal degeneration. [R] Conclusion Epithalon peptide, a synthetic version of the polypeptide Epithalamin, has been shown to increase lifespan in rats and mice. This synthetic peptide is promising in research results on inhibiting tumor growth, increasing melatonin production, and suppressing the onset of age-related diseases in mice. This makes it a potential future candidate for longevity and health research to find the ever-elusive fountain of youth. Explore additional details at BC9.org.