Philip Ludwig
Abstract
Aging is a complex biological process influenced by multiple interconnected mechanisms, which scientists have categorized into 12 key theories. These theories, including oxidative stress, telomere shortening, loss of proteostasis, and inflammation, contribute to the structural and functional decline of tissues, including the skin. Understanding these mechanisms informs the development of targeted skin care interventions. Emerging research on epigenetic modifications, cellular senescence, genomic instability and mitochondrial dysfunction suggests new pathways for anti-aging treatments. This talk will explore the hallmarks and key aspects of each of the 12 theories of aging and how cosmetic ingredients align with these biological processes. By bridging gerontology and dermatology, we can optimize skincare strategies to slow visible aging and improve skin health.
Bio
Philip holds a MS in Cell and Molecular Biology from Michigan State University and has been with BASF for 9 years working with R&D and customers to provide new skin and hair care actives. When working in R&D, his last three products won five international awards at PCHi and In-Cosmetics for being either a best new ingredient or most innovative. Philip has written multiple patents and over a dozen research articles relating to new personal care ingredients. He has been a featured speaker at dozens of industry events and seminars. He was awarded the Hans Schaeffer award in 2020 and 2021 for presenting the most innovative cosmetic science paper.