PROGRAMME
This session explores the direct application of longevity science in cosmetic formulation. Discover how research into cellular health, senescence, and NAD+ biology is being translated into innovative, efficacious ingredients that promise to redefine aging and skincare efficacy for the next generation of beauty products.
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 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 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.
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 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 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 decodes the molecular mechanisms of age spots by examining melanocyte dynamics and their lifecycle. Discover breakthrough innovations that target hyperpigmentation at its source, offering scientifically advanced solutions for correcting and preventing age spots while promoting radiant, even-toned skin.
This session explores the rising application of Chinese Herbal Medicine in cosmetics, driven by cultural confidence and domestic brand growth. Discover advanced extraction technologies that break plant cell walls for higher efficacy, and learn how full-link solutions—from raw material traceability to market claims—create innovative, culturally rooted products.
This session discovers Whocite, a modern brightening solution inspired by classical wisdom. This session reveals how cutting-edge science validates and enhances traditional remedies, delivering proven efficacy and safety for even-toned, radiant skin. A perfect fusion of heritage and innovation for today’s skincare.
This session explores advanced analytical techniques—from chromatography to spectrometry—applied in TCM cosmetic research. Discover how modern methods validate the efficacy, safety, and consistency of traditional herbal ingredients, ensuring scientific rigor and enabling the development of high-performance, culturally inspired skincare products.
This session explores integrated anti-aging solutions targeting the extracellular matrix (ECM) through glycobiology. Discover how sugar-based compounds enhance skin structure, hydration, and elasticity by optimizing ECM health, offering scientifically advanced approaches for comprehensive and lasting rejuvenation.
This session unveils an integrated computational, bioinformatic, and synthetic biology approach to revolutionize TCM-based cosmetic ingredients. Discover how this multidisciplinary strategy accelerates development, enhances efficacy and bioavailability, and enables sustainable biomanufacturing—bridging traditional wisdom with cutting-edge, data-driven innovation for intelligent skincare solutions.
This session reveals how Saccharomyces rice ferment filtrate delivers anti-aging benefits by positively modulating the skin microbiome and its metabolites. Discover how this natural ingredient enhances skin barrier function, improves elasticity, and promotes a more youthful complexion through bioactive regulation.
This session explores the fusion of traditional ginseng wisdom with modern cosmetic innovation. Discover how advanced extraction techniques unlock ginseng's active compounds for enhanced bioavailability, revitalizing skin energy, improving elasticity, and offering powerful anti-aging benefits in cutting-edge skincare formulations.
