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薇诺娜亮相首届国际可见光防护共识峰会,引领敏感肌全光谱防护新纪元
Jiang Nan Shi Bao· 2025-09-24 03:52
Core Viewpoint - The first Visible Light Photoprotection Consensus Conference (VLPCC) held in Amsterdam focused on the mechanisms of skin damage caused by visible light and strategies for protection, aiming to establish international standards for visible light protection assessment and industry norms [1] Group 1: Research and Development - Chinese expert He Li revealed the mechanism of blue light damage, showing that blue light can induce erythema and pigmentation in normal female skin types III-IV, linked to the upregulation of IL-33 expression in fibroblasts [2] - This research provides a molecular basis for clinical protection against blue light-induced pigmentation, highlighting China's international influence in the field of photobiology [2] Group 2: Brand Innovation and Market Position - Winona, the only invited Chinese skincare brand at the summit, showcased its advancements in full-spectrum protection for sensitive skin, emphasizing the significant damage blue light can cause to sensitive skin barriers [2][3] - Winona's products utilize local Yunnan plant extracts, developed through a collaborative model with experts, to create effective sun protection solutions that also address existing light damage [3] - Winona's flagship product, the UltraLight sunscreen, has been recognized for its innovative formulation, achieving a market-leading position in sales for domestic sunscreen products for four consecutive years [3] Group 3: Corporate Responsibility and Industry Impact - Winona's parent company, Betaini, has established R&D centers globally and is committed to reducing the incidence of light-induced skin diseases through initiatives like the "Winona Sunshine Plan," which has provided skin consultations to over 5,000 individuals [4] - The VLPCC serves as a critical platform for dialogue between Chinese brands and the international community, showcasing Winona's scientific strength and social responsibility in advancing the field of photoprotection [4]