Are Polynucleotide Injections the Key to Long-Lasting Skin Rejuvenation?

It is important to consider the longer term effects, and what you as the patient are looking for when it comes to skin rejuvenation. For those seeking deeper, longer-term improvements in volume and collagen production, biostimulating fillers may offer a more comprehensive solution. Let’s dive into the various options.

 

Polynucleotides are little chemical sequences contained in a gel which come from purified DNA fragments, often sourced from wild salmon, to repair, protect, hydrate, and revitalise the skin. The polynucleotide gel works harmoniously with your body to stimulate skin cell regeneration which boost collagen production and even act as antioxidants. This leads to improved overall skin elasticity and texture.

 

So how do they work? I hear you ask. The magic lies in their ability to enhance the skin’s natural repair process. Once injected with a tiny needle, polynucleotides promote cell turnover and collagen synthesis, two essential components of youthful skin. This leads to improved hydration, firmer skin, and a more even complexion. Unlike traditional fillers, which physically add volume to the skin, polynucleotides are free to migrate and hydrate the skin from within. The results are subtle yet noticeable, making them an excellent option for those looking for a refreshed, natural appearance.

 

Honestly, this is just a headline created to generate buzz around the treatment category. The quirky nickname stems from the use of salmon-derived DNA in polynucleotide treatments. Wild Salmon DNA is prized for its biocompatibility and regenerative properties. While it might sound unusual, it’s a safe and scientifically proven approach that has been gaining popularity in aesthetic clinics worldwide. No salmon was harmed in the making of these products either, they are a bi-product of the food industry.

 

While polynucleotides are an incredible option for improving skin texture, tone, and hydration with limited downtime and an immediate effects. They might not be the best choice if you’re looking for more long lasting skin improvement and collagen stimulation.

 

If you are really looking to wind back the clock, replace lost volume and generate great skin quality you should consider bio-stimulating or collagen stimulation treatments. Three options we love at Skin Medical are Ellansé, Lanluma and Juliane all three have their own unique benefits. Ellanse gives you an immediate lift and volumisation, whilst also generating type-1 collagen (the best kind) over a period of 3-6 months. The overall results can last more then 18 months and this come with a great improvement in skin quality. Lanluma can be used for the face and body, and provides a natural collagen stimulation over 3 months using PLLA which you may of heard of before (Sculptra). Julaine stimulates collagen production, delivering gradual, natural-looking results over time. Julaine effectively targets areas like the face, neck, arms, and décolleté to promote long-term improvements in skin appearance and elasticity.

There are also other alternatives, collagen stimulating treatments as discussed, but also; traditional HA fillers, PRF, Microneedling with Secret RF (especially if you have some acne scarring or depression of the skin). There are also more non-invasive treatment options such as chemical peels and other laser treatments which can achieve that glowing, healthy skin.

 

The buzz around polynucleotide injections is well-deserved, particularly for addressing delicate under-eye concerns where they excel at rejuvenating and restoring skin with minimal downtime.

 

However, it’s important to note that no single treatment is the perfect solution for every area. For example, skin boosters like Profhilo are great for overall skin hydration and quality improvement across the mid and lower face, while collagen stimulators like Julaine or Ellansé offer longer-term benefits by stimulating deeper collagen production for structural support, volume restoration with skin quality improvements.