Anti-Aging
We create technologies and formulate solutions that dramatically yet safely enhance cosmetic and pharmaceutical products targeting skin rejuvenation.
Dr. Elina Tester
Not only a “quick fix” for more beautiful skin, our technologies get to the core causes of skin aging. ABG Lab has created an array of technologies that aim to do one thing, regenerate aging skin: by altering gene expression, stimulating adult stem cell activity, and repairing skin at the cellular level, subsequently improving natural skin homeostasis and cellular performance.
ABG LAB is overturning the established norms of anti-aging medicine and getting great results
Aesthetic Skin Care Platforms
In mastering these anti-aging Meso-Therapy platforms, the products from ABG Lab produce visible results that surpass other dermatological injections and are comparable to more advanced cosmetic surgical procedures. ABG Lab Meso-Therapeutic injection platforms are safe, minimally invasive and without the surgical side effects.
Building on its success in topical skincare innovation, as a result of 10-years of R&D and the company’s own investments, ABG LAB has developed original technology platforms for the total regeneration of aging & photo-damaged skin.
sh-Oligopeptide 72 (Wharton’s Jelly Peptide)
P199® Oligopeptide Platform
Stem Cell differentiation & self replication and skin-cellular regeneration
F199® Carotenoid
Epigenetic Skin Repair
Upregulating Genes That Defend & Protect Skin Cells
Lipoblock XP2®
Sculpting Technology
Facial Sculpting and Remodeling
Cosmetic Skin Care Platforms
A skincare technology leader with a remarkable record of innovation and global outreach allied with laboratories around the world. Today, ABG Lab produces innovative aesthetic and cosmetic anti-aging skin treatments for clinicians and aestheticians around the world
sh-Oligopeptide 72 (Wharton’s Jelly Peptide) — P199® Oligopeptide Platform
Stem Cell differentiation & self replication and skin-cellular regeneration
P199® biomimetic oligopeptide, also known as Wharton Jelly Peptide P199®, is a peptide synthesized by the R&D team of ABG Lab lead by Elina Tester and Dr. Boris Petrikovsky as a part of the research and study of Wharton’s Jelly, aiming to help burn victims recover quicker and with less chance of infection by signaling the skin to renew itself more quickly. It is a biotechnological synthetic product ultra-purified and placed into a buffered solution.
Wharton’s Jelly Peptide results in a statistically significant increase in the expression of growth factor genes in a human cell culture. This results in a “cascade” of signal molecules required to activate proliferation and asymmetric division and self-replication of stem cells.
Wharton’s Jelly, a gelatinous substance found within the umbilical cord, is a mixture of water, gelatin, lipids, proteins, and enzymes. Remaining the least-studied part of the composition of the umbilicus, Wharton’s Jelly is a rich source of stem cells, fetal specific proteins, fatty acids, and phospholipids.
For this reason Dr. Tester and I conducted research on a bioactive complex from Wharton’s Jelly. We wanted to explore the application of a specific peptide from Wharton’s Jelly to incite the safe & efficient arousal of stem cells in adult skin. We succeeded. And thereby duplicated in adult skin the magnificent regenerative process seen in fetal skin. As a result of these years of scientific work, ABG Lab is now isolating this peptide and synthesizing it chemically. The preparation is called Wharton Jelly Peptide P199.
These controlled studies confirm high biological activity of Peptide P199, which effectively promotes proliferation of human epidermal stem cells and, therefore, skin self-repair. Its unique properties make sh-Oligopeptide-72, the main component of a new generation injectable bioreparant – Meso-Wharton P199®.
![Meso-Wharton P199#[span.b-sup ®] by Dr. Petrikovsky MD](media/img/b-header/meso_wharton@2x.png)
![Uvenox#[span.b-sup ®]](media/img/b-header/uvenox@2x.png)
![Sculpt Secret#[span.b-sup ®]](media/img/b-header/sculpt@2x.png)
