From July 2 to 4, the 2025 edition of in-cosmetics Korea was successfully held at COEX Convention & Exhibition Center in Seoul. As one of the most influential beauty technology events in the Asia-Pacific region, the exhibition adopted a hybrid online-offline format to build a global industrial collaboration hub, empowering participants from both the Korean and international beauty industries.
The Personal Care Ingredients Division of Bloomage has been deeply committed to the research and development of bioactive ingredients and providing comprehensive solutions, offering limitless possibilities for diverse and niche end-use applications. At this year’s event, Bloomage unveiled five major solutions and over twenty innovative formulations tailored to Korean consumer needs, and delivered a keynote speech on glycobiology — bringing cutting-edge ingredients and creative inspiration to the global market.
Driving Industry Transformation with Cutting-Edge Technology-Technical Seminar
Ms. Ruby Chen, Product Manager at Bloomage, delivered an insightful keynote titled “Unlock Youthful Skin Powered by Biotechnology — Where Beauty and Glycobiology Collide.” The seminar hall was packed, and the presentation was met with enthusiastic responses, highlighting the industry’s keen interest and growing attention toward the emerging field of glycobiology in beauty innovation.
In her speech, Ms. Chen provided a comprehensive explanation of the core biological mechanisms of natural saccharides and their derivatives in skin health. She offered an in-depth analysis of how these key bioactive molecules precisely regulate cell signaling pathways, help maintain immune microenvironment balance in the skin, resist aging processes, strengthen the skin barrier, and deliver deep, long-lasting hydration — showcasing both their scientific basis and application potential.
The presentation also highlighted four innovative glycobiology-based ingredients developed by Bloomage: Bioyouth™-SPG Schizophyllan Gel, Bioyouth™-NANA N-Acetylneuraminic Acid, Hymagic™-GluHA, Hymagic™-VCHA.
Bloomage’s Personal Care Ingredients Division is dedicated to transforming cutting-edge scientific research into effective and safe skincare solutions. Looking ahead, the company will continue to deepen its exploration of glycobiology and cell biology, advancing fundamental scientific research as a solid foundation to deliver skincare products of breakthrough value to consumers around the world.
Decoding the New Paradigm of-K-Beauty Technology - K-beauty Zone
The K-beauty Zone showcased the latest technological trends shaping the Korean beauty market, featuring a curated selection of innovative bioactive ingredient solutions aligned with current K-beauty demands.
At this year’s exhibition, Bloomage presented its cutting-edge new ingredient Hymagic™-VCHA along with its innovative application formulas, tailored to address the Korean market’s core needs for high-efficacy anti-aging and instant skin revitalization.
Interdisciplinary Innovation Ushering in a New Era of Skincare - Star Product
At this year’s exhibition, Bloomage showcased a range of innovative ingredients developed from its glycobiology and cell biology platforms, including the groundbreaking glycobiology-based products Bioyouth™-SPG Schizophyllan Gel and Bioyouth™-NANA N-Acetylneuraminic Acid, as well as next-generation hyaluronic acid derivatives such as Hymagic™-GluHA and Hymagic™-VCHA.
The booth attracted a constant stream of visitors, reflecting the strong interest and attention from global industry researchers toward Bloomage and its scientific innovations.
Hymagic™-GluHA (INCI name: Sodium N-Hyaluronoyl Glutamate) is an innovative bioactive ingredient developed based on cutting-edge glycobiology technology. Through precise control of molecular weight and degree of substitution, the carboxyl group of low-molecular-weight hyaluronic acid (HA) is covalently bonded to the amino group of glutamic acid via an amide bond, forming a unique dual-effect molecular structure.
Hymagic™-VCHA is a global breakthrough in skincare active ingredients. Through innovative patented technology, it covalently conjugates ascorbic acid (Vitamin C) with Sodium Hyaluronate, creating a pioneering dual-core stabilization system that rebuilds the ECM while boosting elasticity and hydration. Its unique structure not only enhances Vitamin C stability but also combines of deep hydration of HA with antioxidant & brightening of Vitamin C, delivering a triple-action youth pathway of [Hydration Plumpness - 3D Firming - Skin Smoothing].
Schizophyllan is a unique β-glucan derived from fermentation with wild Schizophyllum commune as fermentative strain which originates from the mysterious forests of Yunnan at an altitude of over 2,000 meters. Acquired through an innovative fermentation process, schizophyllan boasts a unique triple-helix structure. This distinctive structure endows it with silky feel on skin, as well, the capabilities of bidirectional immune regulation and anti-inflammaging effects. Bioyouth™-SPG Schizophyllan Gel is the aqueous solution of schizophyllan, thus Bioyouth™-SPG will play a pivotal role in enhancing immune regulation, soothing reducing redness, repiring skin barrier function, improving skin firmness and wrinkle reduction.
Bioyouth™-NANA N-Acetylneuraminic Acid：NANA is a naturally occurring amino sugar found primarily in the central nervous system and breast milk of humans. It is essential for the development of the nervous system and brain, playing a crucial role in regulating synaptic formation, neurogenesis, cell proliferation and migration, cell adhesion and axon guidance, as well as modulating innate immune function.
Innovation Engine Reshaping the Beauty Ecosystem — Solution Provider
As a leader in biotechnology and a provider of high-performance skincare solutions, Bloomage’s Personal Care Ingredients Division brought a diverse portfolio of solutions to the exhibition. Over 20 innovative products and reference formulations were showcased, demonstrating the brand’s commitment to advancing the beauty industry through scientific innovation.
