Polynucleotides are naturally occurring molecules that play a crucial role in stimulating cellular activity, promoting collagen production and facilitating skin rejuvenation. These biostimulators work at the cellular level by activating specific receptors on tissue fibroblasts. The benefits of polynucleotide injections are multifaceted. These injections are known to promote skin regeneration, reduce fine lines and wrinkles, and improve skin texture. They are also used specifically to treat dark circles due to cell regeneration effects.
In addition, polynucleotides help increase hydration and collagen synthesis, leaving skin looking smooth, radiant and younger. Polynucleotides are elastic and resorbable injectable gelatinous products used to reduce wrinkles, decrease roughness, scars and brown spots, close pores and reduce stretch marks on the body. Renowned dermatologist Dr. Ariel Haus explains more about the treatment, including how it differs from other similar treatments and how long it takes to see the Results.
Polynucleotides are injections that stimulate the skin, a bit like injectable hydrating treatments, such as Profhile, but with a little extra strength if you want to reduce the appearance of wrinkles and uneven skin tone. This is because injecting them can increase collagen and elastin production, in addition to improving skin hydration. An injectable treatment: Once polynucleotides are placed inside the skin, skin cells are instructed to work more efficiently. This can increase collagen production, helping to strengthen and firm the skin.
Polynucleotides also help reduce inflammation and promote cell renewal, meaning that skin can renew itself more effectively. Polynucleotides treat a variety of skin problems, such as fine lines, wrinkles, loss of elasticity, dehydration, and general skin dullness. They are effective in general skin rejuvenation. Polynucleotides are a new concept of regenerative medicine, which promote cell renewal, improve skin elasticity and hydration, heal sun-damaged skin and improve photoaging and acne scars, giving a more nourished complexion, healthy and revitalized.
The results of polynucleotide treatment can be subtle but effective, leaving the under-eye area looking refreshed. By stimulating the natural production of collagen and elastin, two proteins vital to maintaining skin elasticity and firmness, polynucleotide treatments effectively combat visible signs of aging. Unlike dermal fillers, which offer instant results, polynucleotide treatment requires some patience, and the best results come 2 to 3 months after treatment. Unlike dermal fillers, polynucleotides are suspended in water, meaning they disperse without the risk of blocking blood vessels.
Therefore, for these people who are not suitable for tear treatment, polynucleotide treatment may be much more appropriate. Polynucleotide treatments emerge as a scientifically supported solution, offering a new dimension in aesthetic medicine. Because polynucleotide treatment can help moisturize the skin, promote cell regeneration and stimulate collagen production, it can improve the texture and quality of the skin under the eyes. Polynucleotides can be combined with treatments such as Focus Dual, which is a radiofrequency skin tightening treatment, as well as with certain laser therapies and with microneedles.
A medical questionnaire about allergies must be completed before treatment, since, unfortunately, polynucleotides are not an appropriate treatment for people who are allergic to fish. Polynucleotides act at the cellular level to stimulate the natural production of collagen and elastin, thus improving skin elasticity and reducing signs of aging. Polynucleotide treatments usually take a few weeks to show visible results, and the full effects become more apparent over several months. In addition, although dermal filler provides physical volume to the face, polynucleotides act to initiate the body's natural rejuvenation processes.
It is important to understand that, unlike dermal fillers, polynucleotide treatments cannot be reversed because the product is not soluble. Polynucleotides (natural fractions of DNA) attract water molecules, which act to improve skin hydration. Specifically, polynucleotides are composed of long chains of nucleotides, the building blocks of DNA, rather than hyaluronic acid, as is the case with many dermal fillers and injectable moisturizers.
