This session explores how longevity science, specifically measuring the epigenetic age of skin cells, can revolutionize cosmetics. We will translate this research into innovative product concepts targeting key aging factors like nutrient sensing and sleep to truly slow skin's biological aging process.

This session delves into how epigenetic mechanisms regulate skin aging. Discover how environmental factors influence gene expression, impacting collagen, pigmentation, and inflammation. Learn about cutting-edge epigenetic skincare interventions and the future of personalized beauty solutions powered by AI-driven diagnostics and precision dermatology.

This session discovers how plant cell technology is revolutionizing sustainable beauty. This session explores the cultivation of potent plant actives through biotechnology, ensuring high efficacy, supply consistency, and biodiversity conservation. Learn how these innovations are shaping the next generation of eco-conscious and ethically sourced cosmetic formulations.

This session delves into the latest physiological research on sensitive skin, exploring its neuroimmune mechanisms and barrier dysfunction. Discover new precision care strategies that target root causes—from microbiome-balancing actives to neurocosmetic solutions—enabling personalized, effective formulations for reactive skin types.

This session explores how synthetic biology revolutionizes cosmetic ingredients through DNA design and AI-driven biofactories. Using hyaluronic acid and Tremella as cases, we showcase how this technology creates sustainable, high-purity "cell-grade" actives with greater efficacy, lower costs, and a reduced ecological footprint for next-generation skincare.

This session explores the dermal-epidermal junction (DEJ) as a dynamic structural and functional interface. Discover how Collagen XVII maintains epidermal stem cells and prevents aging, and learn about the therapeutic potential of recombinant COL17A1 in repairing photoaging, pigmentation, and impaired wound healing through basement membrane reinforcement.

In a region as complex and diverse as APAC, no company can succeed alone. This final panel focuses on the power of partnership. How can brands, suppliers, chemists, and regulatory bodies work together more effectively? We'll discuss successful models of collaboration that are driving innovation, smoothing market entry, and building a stronger, more cohesive beauty community across Asia.

This session explores how advanced drug delivery technologies overcome skin permeability barriers to boost anti-aging efficacy. Learn how encapsulation enhances solubility, stability, and targeted release of actives into deeper skin layers, significantly improving bioavailability and cellular uptake for superior results compared to conventional formulations.

This session discovers a breakthrough in sun protection leveraging the skin microbiome. This session introduces a novel ingredient that activates S. epidermidis to produce bioelectricity, neutralizing ROS and reducing oxidative stress from UV exposure. Clinical results show significant improvements in pore appearance and collagen protection, heralding a new era in antioxidant technology.

This session delves Seletinoid, a fourth-generation retinoid, selectively targets RARγ to enhance skin repair. It demonstrates improved tolerability, restores collagen in photoaged skin, and accelerates wound healing. This novel compound represents a targeted, well-tolerated advancement in anti-aging technology.

This research report moves beyond traditional anti-aging to explore the rising "Healthy Aging" trend in Asia. Experts from Asia Cosme Lab will unveil cutting-edge ingredient innovations and technological advancements fuelling the well-aging movement. Discover how new formulations are being developed to meet the sophisticated demands of Asian consumers seeking holistic, preventative, and long-term beauty solutions.