How Do Livagen And Epitalon Work Together To Combat Age-Related Disease?

Livagen is a peptide used in scientific studies that affect DNA structure immediately. It may relax chromatin, which boosts gene expression and makes cells seem younger.

The immune system’s lymphocytes benefit from Livagen administration. These cells demonstrate immune system activity and protect against infections in the brain, gut, heart, and elsewhere. Livagen continues to show promise in studies examining its effects on aging and pain.

Like Epitalon/Epithalon, which has been shown to have beneficial effects on age-related disorders, the Livagen peptide has been developed. Thus, the anti-aging effects of the Livagen peptide advantages are similar to those of other peptides.

Numerous research on Livagen in the elderly demonstrates that it activates many genes in lymphocytes that would otherwise cease reacting as we become older.

According to these findings, Livagen seems to impact DNA in lymphocytes immediately. Those are the immune system’s workhorses. You can find Livagen peptide if you are a licensed professional interested in further studying this compound’s potential to treat age-related conditions.

If you are looking for this compound, you can find it here.

What is Epithalon Peptide?

Epithalon (also spelled Epitalon, Epithalone, and Epithalamin) is a synthetic peptide that has been shown to promote melatonin production and activate the telomerase enzyme. Epithalon, a medication first created in Russia in the 1980s, has been demonstrated to extend the lives of mice and rats by preventing the aging-related decline in their reproductive and immunological systems. Epithalon is of most interest to the anti-aging research community.

Still, it has also shown promising results in the treatment of cancer, the suppression of infectious diseases, and the control of genetic material.

Epithalon’s Anti-Aging Effects and the Function of Telomerase

Epithalon has been shown to extend life in early studies utilizing insects and rats significantly. Epithalon reduces mortality by 52% in healthy, typical populations of fruit flies and rats. Epithalon increases longevity by as much as 27% compared to controls in mice predisposed to cardiovascular disease and cancer. The removal of free radicals is at least a partial explanation for how Epithalon has such significant effects (charged molecules that do damage to healthy tissue).

However, Epithalon’s life-extension properties are due to more than only its anti-oxidant properties. Experiments performed in vitro on human somatic cells reveal that Epithalon stimulates the enzyme telomerase. Telomerase safeguards telomeres, which are located at the ends of chromosomes and essential to maintaining DNA integrity.

When Epithalon is present, it stimulates telomerase, reducing the number of mistakes in a DNA strand and lending credence to the idea that Epithalon safeguards DNA. In a nutshell, this peptide prevents DNA from being damaged over time, which may lead to cell malfunction, aging, and perhaps cancer.

The Benefits of Epithalon for Skin

Epithalon, as mentioned above, has a beneficial impact on the gene that controls MMP2. Connective tissues, such as the skin, contain the MMP2 protein. Epithalon, according to rodent studies, not only triggers MMP2 gene activation and stimulates fibroblasts, the cells responsible for producing and maintaining collagen, elastin, and other components of the extracellular matrix.

When mice are given Epithalon, there is a 30–45% increase in fibroblast activity. Epithalon’s ability to stimulate fibroblasts has the potential to speed up the healing process and reverse the aging of the skin.

The fact that this peptide reduces caspase-3 activity is proof of its usefulness in the skin. Caspase-3 is a critical enzyme in the process of apoptosis, often known as programmed cell death.