Ocean Inspired: Medical Applications of Deep Marine Research

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As we look to develop innovative treatments to address the growing needs of patients, we recognize that effective ingredients are the basis of any successful outcome. Marine research offers a wealth of bioactive compounds with unique properties that have viable applications for groundbreaking medical developments. MARINE MEDICINE Marine organisms have evolved under unique environmental conditions, leading to the development of specialized adaptations, often resulting in the production of bioactive compounds with potent antioxidant, anti-inflammatory, and antimicrobial properties. Longer evolutionary timelines, combined with denser, more competitive aqueous environments, contribute to unique and diverse chemistry – especially compared to terrestrial counterparts.

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Paige Stout, PhD, leads research and product innovation at Terns, where nature is the inspiration and guide for developing new ingredients and products that are beneficial for humans and the planet. She is a skilled professional in nature-based chemistry, chemical biology, and drug discovery. She received her dual bachelor’s degrees in chemistry and chemical engineering from North Carolina State University, her doctorate in bioorganic chemistry from the Georgia Institute of Technology, and a National Institutes of Health post-doctoral appointment at the University of California, San Diego where she studied chemistry made by ocean organisms. In recognition of her outstanding contributions to the scientific community, Stout was honored with the Early Career Award in 2023 by the American Chemical Society (ACS) Organic Chemistry Division. Passionate about pushing the boundaries of scientific discovery, Stout continues to make significant contributions to the field while embracing her diverse interests and commitment to personal growth and well-being.