Polynucleotides are derived from salmon or trout DNA, specifically fragments that look a lot like human DNA. These biostimulators act as messengers, causing our skin cells to spring into action. Polynucleotides are not real salmon sperm, but are purified DNA extracted from salmon and trout sperm. We hate to pop your bubble, but there's no pure salmon sperm in polynucleotides.
These state-of-the-art injectables are formulated with salmon or trout DNA, which reflects human DNA and offers incredible biostimulant properties. There isn't a fish tank in sight. Don't worry, you don't literally inject salmon sperm. Polynucleotides are natural fractions of DNA derived from sperm that are filtered, purified and sterilized.
Classified as “biostimulators”, instead of artificially filling the skin as a traditional dermal filler would, polynucleotides work as a nourishing medication for skin cells. Facial treatments with salmon sperm are also known as “polynucleotide treatments,” a more polite term to use at a family dinner or with colleagues. The DNA to create the polynucleotides was initially derived from salmon or trout sperm: the nucleus was extracted from the trout sperm, the DNA was extracted and used to make the polynucleotides. It's understandable that customers interested in a salmon or trout DNA treatment would also expect an unpleasant fishy smell., but this is not the case at all.
I'm talking on the phone, walking at full speed to my appointment while trying to explain to my mother what polynucleotides are, the procedure I'm going to undergo. Like skin enhancers with hyaluronic acid, such as Profhile and Seventy-Hyal, polynucleotides create moist-looking skin, give it a soft volume and deeply moisturize almost immediately. The quality of polynucleotides derived from salmon DNA cannot be controlled, as salmon is frequently raised in contaminated seawater. From an aesthetic point of view, polynucleotides are used around the eye area, the entire face, neck or décolleté to improve the appearance of aging skin.
Over time, the body breaks down polynucleotides naturally, but their beneficial effects, such as increasing hydration and improving collagen production, remain, but they don't travel (or migrate) to other parts of the body. Polynucleotides begin to interact with surrounding skin cells, hydrating tissue, stimulating repair processes and stimulating the regeneration of new skin cells. But do polynucleotides have significant therapeutic benefits? Or is it just another crazy beauty trend that takes a fish too far? Let's swim upstream and find out. Tego, an aesthetic medicine clinic run by a doctor in London, says: “Polynucleotides take advantage of the latest aesthetic technologies to take advantage of the regenerating power found in the DNA of salmon or trout and give users a youthful glow.
Instead, U.S. providers often apply polynucleotide formulas to patients' skin after microneedling treatment to increase absorption. Although polynucleotides make skin appear smoother, they are not a gel-like filler placed under the skin to increase cheekbone volume. Let's say that polynucleotides are composed of elastic molecules derived from fish DNA fragments (usually collected from wild salmon or trout sperm in non-harmful ways) that are purified, inactivated and processed before being injected into the skin.
One of the newest and most interesting treatments is the facial treatment with salmon sperm, a treatment that has caused a sensation thanks to celebrities like Jennifer Aniston and Kim Kardashian. Polynucleotides act on skin quality, triggering the production of large amounts of new collagen and elastin. In addition to filling in fine lines and wrinkles, since polynucleotides are regenerative and anti-inflammatory, the injectable can also be used to treat skin conditions such as scars, acne, rosacea, stretch marks and hyperpigmentation.
