HAIR LONGEVITY: TRANSLATING AGEING SCIENCE INTO FOLLICULAR PRESERVATION
- Mar 2026
- 5min (reading time)
At IMCAS Paris in 2026, emerging perspectives on hair biology were reframed through the lens of longevity science. Sébastien Thibaut – PhD, Global Scientific & Technology Lead from L’Oréal Research & Innovation introduced a paradigm shift that moves beyond reactive hair loss correction toward proactive follicular preservation — positioning hair longevity as a new frontier in scalp and hair management.
Because follicles have limited regenerative potential (around 25 growth cycles), ageing often appears as shorter cycles and progressive miniaturization (thinner, vellus-like fibers) rather than abrupt “hair loss.” To systematize this, L’Oréal Advanced Research developed a Hair & Scalp Longevity Wheel with nine hallmarks grouped into structural integrity, metabolic function (mitochondria, senescence, microbiome), and signalling responsiveness. For example, age-related collagen reticulation can stiffen perifollicular tissue, promoting fibrosis and contributing to miniaturization.
The symposium also introduced Aminexil Longevity Technology (Aminexil + Niacinamide + Gingerol), designed to act across these domains: Aminexil limits collagen crosslinking/fibrosis, Niacinamide supports mitochondrial energy and reduces inflammatory signalling, and Gingerol helps stabilize HIF‑1 to enhance regenerative signalling and new cycle initiation—aiming to extend the functional lifespan of hair.
Because follicles have limited regenerative potential (around 25 growth cycles), ageing often appears as shorter cycles and progressive miniaturization (thinner, vellus-like fibers) rather than abrupt “hair loss.” To systematize this, L’Oréal Advanced Research developed a Hair & Scalp Longevity Wheel with nine hallmarks grouped into structural integrity, metabolic function (mitochondria, senescence, microbiome), and signalling responsiveness. For example, age-related collagen reticulation can stiffen perifollicular tissue, promoting fibrosis and contributing to miniaturization.
The symposium also introduced Aminexil Longevity Technology (Aminexil + Niacinamide + Gingerol), designed to act across these domains: Aminexil limits collagen crosslinking/fibrosis, Niacinamide supports mitochondrial energy and reduces inflammatory signalling, and Gingerol helps stabilize HIF‑1 to enhance regenerative signalling and new cycle initiation—aiming to extend the functional lifespan of hair.