In the context of skin treatments, polynucleotides are used to promote tissue regeneration and repair by stimulating the skin's natural healing processes. Unlike traditional fillers, which add volume, polynucleotides act at the cellular level to improve skin health, elasticity and appearance. Second, they are incredible antioxidants that eliminate free radicals that would normally cause cell damage. Third, they work as wound healing agents that tell the skin to is intensively repaired.
This helps improve scarring, reduce stretch marks and improve skin texture problems. As it goes into repair mode, skin discoloration improves and leaves a more even tone. In addition, polynucleotides produce a slight increase in volume and, as a general effect, harden. The result of the treatment depends on a variety of factors.
First, the degree of skin aging before treatment. Second, the skin's ability to regenerate good-quality tissues when stimulated. Traditional fillers, such as hyaluronic acid, are often used to improve facial volume and symmetry.
Polynucleotide
injections, on the other hand, are not intended to add volume.Instead, its purpose is to promote collagen growth and improve the overall texture and quality of the skin. Research suggests that salmon DNA is particularly effective for this purpose because of the longer polynucleotide chains it contains. The length of these chains can extend the period of tissue biostimulation, making the effects of the treatment last longer. On the other hand, polynucleotides act by stimulating fibroblasts at the cellular level and improving the health of the skin.
Unlike hyaluronic acid dermal fillers, polynucleotides can add a slight volume to the injected area; however, their primary purpose is rejuvenation. However, instead of using a type of gel that occupies physical space under the skin, polynucleotide treatment stimulates the body to restore tissue volume and resilience by activating its own regenerative powers. Profhile remains a good option for patients looking for a quick and effective way to moisturize their skin and reduce wrinkles. It can add subtle volume, but it's a great option for restoring a healthy glow to the skin. In comparison, polynucleotides are a good option for patients looking for a longer-lasting treatment that can improve the texture and overall appearance of the skin by regenerating collagen and elastin.
Both polynucleotides and Profhilus are injectable skin rejuvenation treatments that, in general terms, are classified as “injections to improve skin quality”. Polynucleotides are injections into the face that stimulate the body's production of collagen and elastin, helping to give the skin a smooth and youthful appearance, without altering the natural structures of the face. The biggest difference between hyaluronic acid and polynucleotides is that dermal fillers they work by restoring and adding volume to the skin. Also often known as PN or PDRN, polynucleotides are classified as a regenerating treatment with the goal of revitalizing the dermis at a deeper level.
Excellent for increasing fibroblast production and inducing deep tissue repair processes, polynucleotides improve skin quality and, at the same time, help solve other problems. Polynucleotide products have been developed with a number of problems in mind, so these restorative injectables can be used to treat perceived imperfections all over the body and face, including the eye area and stretch marks. Polynucleotides, on the other hand, “work in a different way by causing natural fibroblasts to produce more collagen and elastin. It should be noted that, unlike fillers, which can be used to treat a specific area of concern, such as the cheeks, jawline or lips, the impact of polynucleotide and Profhile treatments can be seen all over the face.
The biggest difference between the two injectables is that hyaluronic acid dermal fillers, such as those in the REVOLAX range, restore and add volume to the skin. In a controlled study comparing the effects of polynucleotides and hyaluronic acid fillers on periocular rejuvenation, the results showed that the rates of improvement in skin elasticity and hydration decreased over time in both groups. Once injected into the skin, polynucleotides activate a skin repair response that improves the overall texture of the skin, leaving it with a softer and more youthful appearance. In addition, they have the ability to calm inflammation and restore the balance of melanocyte activity (skin pigmentation), resulting in a more even and fresher skin tone without adding volume like traditional dermal fillers.
