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Estee Lauder : The Estée Lauder Companies Shares New Skin and Hair Biology Findings at the 83rd Annual Meeting of the Society of Investigative Dermatology
Estee Lauder : The Estée Lauder Companies Shares New Skin and Hair Biology Findings at the 83rd Annual Meeting of the Society of Investigative
About this update from Estee Lauder Companies, Inc. (the)
[{"type":"text","content":"\n \n The Estée Lauder Companies Shares New Skin and Hair Biology Findings at the 83rd Annual Meeting of the Society of Investigative Dermatology\n \n \n New research, from plant-derived exosome ingredient soothing activity to the impact of scalp changes on hair longevity, highlights advances across skin and scalp science,\n \n Press Release, May 28, 2026\n NEW YORK, NY - May 28, 2026 -The Estée Lauder Companies Inc. (NYSE: EL) announced that the company and several of its brands presented a range of novel findings at the 83rd Society of Investigative Dermatology meeting, held this month in Chicago. The poster presentations reflect a strong portfolio of prestige beauty and skin care brands effectively translating biological learnings and progressive research efforts into meaningful innovation, including better methods to care for skin and hair.\n \n \n \"The Estée Lauder Companies remains at the forefront of skin and hair research, advancing our understanding of the biological mechanisms that influence skin and scalp health,\" said Claude Saliou, Senior Vice President, Advanced Technologies and Global Consumer and Clinical Sciences, The Estée Lauder Companies. \"The findings presented reflect our continued focus on translating rigorous scientific research into transformative innovation with consumer-centric benefits.\"\n \n \n Additional poster details highlighting key data are as follows:\n Title: Potent plant exosome helps reduce inflammation and restore skin homeostasis\n Presenter: Kelly Dong, Principal Scientist, Advanced Technologies, The Estée Lauder Companies\n Key Takeaways:\n \n Emerging evidence suggests that intercellular communication mechanisms, including exosome-mediated signaling, play a key role in coordinating skin recovery by facilitating rapid cellular communication and modulation of inflammatory pathways.\n \n \n Plant-derived exosomes represent a scientifically robust alternative to human exosomes, sharing key characteristics while offering advantages in scalability, stability, and sourcing for topical skin research.\n \n \n Reconstructed skin models were exposed to different stressors and then treated with a plant-derived exosome ingredient. Treatment significantly reduced inflammatory markers, supporting a role for plant-derived exosomes in promoting recovery and restoring skin homeostasis.\n \n Title: A ...