Emma Wedgwood

Polynucleotides. The buzzword on everyone’s lips right now

We’ve seen a huge surge in interest around polynucleotides this year at EWA… and it's easy to see why, especially with A-list celebs like Kim Kardashian singing their praises! This innovative, skin rejuvenating treatment has quickly become one of our most booked procedures at Emma Wedgwood Aesthetics London, helping optimise patients’ skin health from the inside out

We get a lot of questions on polynucleotides, so to help you better understand what polynucleotides are and what they can do for you, today’s blog post answers some of your most FAQs.

Polynucleotides - what are they?

In aesthetic treatments, polynucleotides are injected into the skin to stimulate cellular repair, improve skin hydration and promote tissue regeneration. They work on a cellular level, enhancing your skin’s natural ability to heal and rejuvenate itself; resulting in improved elasticity, texture and overall skin health. In terms of the science behind it, polynucleotides are naturally occurring biopolymers (composed of nucleotides) which are the building blocks of our DNA and RNA.

Why do people call polynucleotides ‘Salmon Sperm Facials’?

Polynucleotides’ somewhat sensationalised nickname of ‘Salmon Sperm Facials’ highlights the origin of the treatments’ key ingredient. They’re sometimes referred to as ‘Salmon Sperm Facials’ because the active ingredients used in these treatments are derived from the DNA of salmon sperm (and in some products, from the DNA of trout sperm.) Fish DNA is rich in polynucleotides, which are known for their regenerative and skin-repairing properties. The polynucleotides themselves are then extracted from the fish sperm, carefully processed and purified; allowing them to be safely used in aesthetic treatments.

Where can polynucleotides be injected?

Polynucleotides can be used safely on various areas of the face and body - as well as injected into the scalp to encourage hair regrowth, wherever skin rejuvenation is needed. Common treatment areas include under the eyes, the neck, the décolletage and to the backs of the hands…. But they can be administered pretty much anywhere the skin would benefit from a little boost! Polynucleotide injections can target fine lines / wrinkles and areas of skin laxity, making them a versatile option for patients looking to enhance their appearance naturally; boosting their skin from within.

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Are polynucleotides filler?

No, polynucleotides are not the same as dermal fillers. While both polynucleotides and fillers are injectable treatments, they serve different purposes and act in very different ways. Dermal fillers are typically used to add volume and definition to specific areas of the face; such as the cheeks, jawline or lips. They inject volume to sculpt and ‘fill’ hollowness, for an aesthetically pleasing outcome. In contrast, polynucleotides focus on improving the quality of the skin from within by supercharging your body’s cells… promoting collagen production, improving hydration and aiding in tissue repair.

Are polynucleotides safe?

Yes, polynucleotides are considered safe when administered by a qualified, experienced medical practitioner. The risk of adverse reactions is very, very minimal. At Emma Wedgwood Aesthetics, we will always discuss the benefits and any risks of treatment with you during your consultation, ensuring that every treatment plan is tailored to your individual needs and receive all the details you need to make an informed decision. Safety is our top priority.

Can polynucleotides cause a vascular occlusion?

Polynucleotides are extremely unlikely to cause a vascular occlusion when administered by a qualified medical professional. Vascular occlusions, which can lead to necrosis (death) of surrounding tissue, are a rare but serious complications that can occur with dermal fillers if they’re injected into a blood vessel. Because polynucleotides don’t add / inject volume, the risk of vascular complications is significantly lower.

Can polynucleotides go wrong?

As with any injectable treatment, there are potential risks - but complications with polynucleotides are extremely rare when administered by an experienced medical professional. Emma Wedgwood is a polynucleotides expert, working with Croma Pharma to train and educate other practitioners on their safe use - so you know you’re in safe hands when choosing EWA.

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Is polynucleotides better than Profhilo?

Polynucleotides and Profhilo are both excellent treatments for skin rejuvenation, they just work in slightly different ways. Profhilo is primarily a hyaluronic acid-based injectable treatment that hydrates the skin and stimulates collagen production. Polynucleotides on the other hand, focus more on cellular repair and regeneration. The best treatment for you depends on your specific skin concerns and aesthetic goals - one isn’t better than the other, they’re just different. Book a consultation with Emma to determine which option best suits your aesthetic goals.

Can I have polynucleotides for under eyes?

Yes, polynucleotides are a great treatment to brighten the delicate under eye area! When injected, polynucleotides can help to reduce dark circles, fine lines and under eye bags by improving your skin’s quality and texture.

Can I have polynucleotides when pregnant?

No, polynucleotide treatments aren’t recommended for pregnant or breastfeeding women. While polynucleotides are generally a very safe treatment, there’s just not enough research available to guarantee their safety during pregnancy. We recommend always erring on the side of caution and waiting until after pregnancy or breastfeeding to book any aesthetic treatments.

Ready to learn more?

Curious about how polynucleotides? Ready to enhance your skin from within? Book a consultation at Emma Wedgwood Aesthetics today by clicking here. During your consultation, Emma can answer any additional questions you may have… as well as devising a personalised treatment plan to help you achieve your skin goals. Feel free to ask us any other questions you may have on polynucleotides via Instagram

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