As long as you're in good general health, polynucleotides can help to sculpt loose or droopy jowls back to their proper place. Always talk about your concerns and goals during a free consultation. When polynucleotides are combined with other double chin treatments, such as fillers, Sofwave or EndoLift, they can help improve and maintain overall results. Polynucleotides are a new emerging trend in the field of anti-aging injections, which stimulate tissue repair and promote restoration and skin regeneration from within.
They can be used in a wide range of applications as a rejuvenating treatment for older skin and as a preventive treatment for younger skin. Polynucleotides are often preferred for certain areas, as they do not cause water retention like hyaluronic acid. In the under-eye area, polynucleotides can help improve skin strength and integrity instead of starting or before starting treatment with dermal fillers. It is best to conduct an in-person consultation to first evaluate the area and decide what treatment is the best.
Because polynucleotide treatments work at the cellular level, it takes time for all the benefits to appear. You'll start to notice changes, such as improved skin texture and hydration, within a few weeks. At 12 weeks, most patients see significant improvement, including smoother, shinier, and smoother skin. The results can last for around six months, and maintenance treatments are recommended every year to preserve the skin's youthful appearance.
Treatment: You can receive your first polynucleotide treatment the day of your initial consultation, or you can book a treatment for a time that works best for you. Depending on your needs, you will need 2 to 3 polynucleotide treatments every 2 to 4 weeks. Follow-up and results: The treatment will be done every 2 to 4 weeks (usually 3 treatments in total). Then, we recommend a single refill treatment every 6 to 12 months to maintain your result.
While some initial results may be visible soon after treatment, the full benefits of polynucleotide rejuvenation tend to be seen several months after treatment is completed.
Polynucleotide treatment
stimulates collagen synthesis, which stimulates the skin to produce new collagen fibers. This helps restore skin firmness, improve skin texture and minimize the appearance of fine lines and wrinkles. By increasing collagen levels, polynucleotides promote a younger complexion and rejuvenated.When it comes to non-surgical aesthetics, you've probably heard of the incredible transformations that are achieved with injectable treatments, such as polynucleotides and dermal fillers. Both effectively rejuvenate skin, but the way they work and the results they provide can be very different. So what treatment is right for you when it comes to polynucleotides rather than fillers? Let's explore the unique benefits of each to help you make an informed decision. When it comes to polynucleotides and fillers, the latter differ in that they add volume and fill in deep wrinkles, folds and areas that have lost their youth volume.
Our hyaluronic acid-based dermal fillers are a popular choice for those looking to restore lost volume and sculpt their facial features. They are versatile, offer personalized solutions for various concerns and are an excellent option if you want to soften the lines around the mouth, lift the double chin or recover lost volume in the cheeks. Dermal fillers can provide noticeable results fairly quickly and are the best way to replace volume loss. The decision between polynucleotides and fillers depends on your specific objectives. If you're looking to improve the overall quality of your skin, increase luminosity, and address multiple skin problems, polynucleotides may be the answer.
The biostimulatory properties of this treatment provide rejuvenation that focuses on long-term skin health. However, if your goal is to fill in specific lines or wrinkles, restore volume to areas of the face while still looking natural, dermal fillers are an excellent option. Polynucleotides can be used to treat fine lines and wrinkles, dark circles, dull skin, lack of tone and texture, hyperpigmentation, rosacea and acne scars. Research shows that polynucleotides can increase collagen by up to 47% in 23 days and help create a thicker, healthier epidermis, with 52% improvements in 23 days.
Polynucleotides are not suitable for patients who are pregnant or who intend to become pregnant or who are breastfeeding. A study published in the journal “Aesthetic Dermatology” found that polynucleotide treatment significantly improved the appearance of wrinkles and fine lines in a group of patients. Compared to traditional dermal fillers and other treatments, polynucleotides stand out for their long-term ability to promote skin rejuvenation instead of simply providing a temporary volume. Dr.
Leah is known for combining treatments with energy devices that stimulate collagen (Morpheus8, laser treatments, Ultherapy) with thread lifts to achieve beautiful results for her patients. The side effects of polynucleotides are generally minimal, and the main potential side effects are related to the injection site, where patients may have redness, swelling and bruising that should go away within a day or two. In addition, since polynucleotides stimulate the body's natural mechanisms to work more effectively, results continue to improve much after treatment, as healthy skin cells continue to regenerate naturally. Plenhyage XL is a polynucleotide treatment that provides a true regenerating effect by using DNA to alter the behavior of skin cells and promote skin regeneration.
Polynucleotides promote skin hydration1 and eliminate free radicals2, thus creating an optimal environment for the growth of fibroblasts (cells that produce collagen) ,3,4.Polynucleotides effectively reduce fine lines, voids and puffiness, leaving eyes looking fresh and radiant. Unlike dermal fillers, polynucleotides are suspended in water, meaning they disperse without the risk of blocking blood vessels. Another study, published in the journal “Skin Pharmacology and Physiology”, found that treatment with polynucleotides increased the production of collagen and elastin in the skin of patients with photoaging (skin damage caused by sun).
