Reverse Clinical Signs of Ageingwith Epigenetic Skin Science - European Medical Journal

Reverse Clinical Signs of Ageing
with Epigenetic Skin Science

Dermatology

The EMJ Podcast | Bonus Episode

The publication of this content was funded by Beiersdorf.*

Tune into this Article Recap

Join leading dermatologists and epigenetics researchers Frank Lyko, Firas Al-Niaimi, Hassan Galadari, Elke Grönniger, and Julia Gallinger in this insightful audio recap of an article exploring groundbreaking approaches to facial skin ageing. Highlights from a European Academy of Dermatology & Venereology (EADV) symposium shed light on the latest advancements in epigenetics in combination with innovative skincare interventions.

The discussion covers:

  • mechanisms of reversible DNA methylation changes in skin ageing and their potential for transformative treatments; 
  • the skin-specific age clock, an AI-powered tool which measures biological skin age and supports the creation of Epicelline®, an active ingredient targeting DNA methylation to reverse clinical signs of ageing; 
  • outcomes in laser therapies with additional use of Epicelline®; and 
  • case studies on combining Epicelline® with aesthetic treatments such as chemical peels, microneedling, and injectables.

Join us for an insightful journey through epigenetic skin science!

The full article and corresponding references can be found here.

Speakers

Firas Al-Niaimi1

 

Hassan Galadari2

 

Frank Lyko3

 

Elke Grönniger4

 

Julia Gallinger5

 

1. Skin clinic, 152 Harley St, London, UK
2. Associate Professor of Dermatology, United Arab Emirates University, UAE
3. Professor of Epigenetics, University of Heidelberg, Germany
4. Beiersdorf AG, Germany
5. Beiersdorf AG, Germany.

*The following recording is an audio article sponsored and provided by Beiersdorf, and hosted on the EMJ Podcast: Insights for Healthcare Professionals. It is aimed at healthcare professionals and recaps the symposium review article entitled, ‘Reverse the Age Clock: Reverse Clinical Signs of Ageing with Epigenetic Skin Science’, published in EMJ Dermatology 12.1 in November 2024. To access the full article, visit emjreviews.com. The content included is promotional and contains product placement, highlighting specific products or services, including paid partnerships or sponsorships. Please consult reliable resources or professional advice for any questions about the topics discussed. The opinions expressed do not necessarily represent the opinions of EMJ.

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