The Phenomenon Of Polynucleotides In Aesthetic Medicine

The Phenomenon Of Polynucleotides In Aesthetic Medicine

Polynucleotides, a novel class of molecules derived from nucleic acids, have garnered attention for their remarkable properties in aesthetic medicine. Unlike traditional hyaluronic acid fillers, which primarily focus on volumizing and hydrating the skin, polynucleotides offer multiple approaches to rejuvenation1. These molecules possess regenerative properties, stimulating collagen production and enhancing tissue repair. Moreover, polynucleotides exhibit antioxidant properties, protecting the skin from oxidative stress and environmental damage. The versatility of polynucleotides positions them as a promising ingredient in aesthetic injectables, offering comprehensive benefits beyond augmentation.

Redefining injectable treatments with polynucleotides 

At the forefront of polynucleotide-based injectables are cutting-edge treatments that harness the regenerative power of polynucleotides. These formulations are meticulously crafted to deliver optimal results, targeting specific concerns such as volume loss, wrinkles, and fine lines. By leveraging the restorative properties of polynucleotides, they address visible signs of ageing while promoting long-term skin health and vitality. The customisable nature of polynucleotides allow dermatologists to tailor solutions according to individual needs, ensuring a personalized approach to aesthetic enhancement.

How polynucleotides differ from skin boosters 

While both polynucleotides and skin boosters aim to improve skin quality and texture, they operate through distinct mechanisms of action. Skin boosters3, typically composed of hyaluronic acid, primarily focus on hydration and superficial rejuvenation. In contrast, polynucleotides penetrate deeper layers of the skin, stimulating cellular regeneration and collagen synthesis. This fundamental difference underscores the complementary nature of polynucleotides and skin boosters, with each offering unique benefits that can be synergistically combined for enhanced results.

Maximising results with a hybrid approach 

Recognising the synergistic potential of polynucleotides and skin boosters, practitioners have begun exploring hybrid approaches to aesthetic treatments. By combining polynucleotides with skin boosters, dermatologists can address multiple layers of the skin, effectively targeting both superficial concerns and underlying structural issues. This hybrid approach offers patients comprehensive rejuvenation, including tissue regeneration, collagen stimulation, and hydration.

Moreover, the combination of polynucleotides and hyaluronic acid creates a balance between immediate results and long-term skin improvement, ensuring a holistic approach to injectable treatments.

Besides skin boosters, integrating polynucleotides with procedures like Botulinum Toxin Type A (BTA) injections, chemical peels, dermal fillers, microneedling, microneedle radiofrequency and laser therapy can also enhance the effectiveness of overall treatment strategies.

Conclusion 

As aesthetic medicine continues to evolve, polynucleotide-based injectables offer a holistic approach to rejuvenation, using the regenerative power of nucleic acids for transformative results. By understanding the unique properties of polynucleotides and exploring combination strategies with skin boosters, you can uncover new possibilities in aesthetic enhancement.

References 

Kremerov, A. (2022b, December 2). Introducing Polynucleotides. Journal of Aesthetic Nursing. https://www.aestheticnursing.co.uk/content/comment/introducing-polynucleotides/

Polynucleotide: A comprehensive guide: House of beauty. House of Beauty Camberley | Top Rated. (2024, February 1). https://hob-aesthetics.com/polynucleotide/

Chua, K. (2023, December 16). Skin boosters, polynucleotide (PN) injections, Polycaprolactone (PCL) injections: What’s the difference? SL Aesthetic Clinic. https://slclinic.com.sg/skin-boosters-polynucleotide-pn-injections-polycaprolactone-pcl-injections-whats-the-difference/