SkinCeuticals has introduced P-TIOX Cream, expanding the existing P-TIOX franchise following the success of P-TIOX Serum. It is positioned as a wrinkle and texture-correcting peptide moisturiser designed to visibly smooth deep-set lines, refine pores, improve skin quality, and complement in-clinic aesthetic procedures, including neurotoxin treatments. Works well independent of any kind of injectable treatments . Key claims include up to 33% reduction in visible wrinkles, up to 30% reduction in pore visibility, and up to 20% improvement in overall skin quality over 12 weeks. The formula features 10% Myrixin™, 2% tripeptide technology, 1% Crystalide micropeptide, Zinc PCA, 5% niacinamide, and LHA. It has a micro-melting cream texture that hydrates without a greasy finish. The Science Behind P-TIOX Cream Modern skin ageing is complex. It is no longer viewed simply as “wrinkles” or collagen loss alone. Research now shows that visible skin ageing is influenced by multiple biological processes occurring simultaneously within the skin, including oxidative stress, chronic low-grade inflammation, barrier weakening, dehydration, slower cellular turnover, glycation, environmental damage, and repeated facial movement over time. P-TIOX Cream by was developed using a multi-pathway approach to support visible skin quality, smoother texture, refined pores, hydration, and the appearance of expression lines. Rather than relying on one single “hero” ingredient, the formula combines peptide technology, skin barrier support, controlled exfoliation science, and oil-balancing technologies designed to work together with the biology of ageing skin. Peptide Technology and Skin Communication One of the key biological changes that occurs with age is a decline in communication within the skin. Younger skin repairs itself more efficiently because fibroblasts — the cells responsible for collagen and extracellular matrix support — communicate effectively and respond rapidly to damage and environmental stress. Over time, this signalling slows. Collagen production declines, repair processes weaken, and skin gradually loses firmness, elasticity, and smoothness. Peptides are short chains of amino acids, naturally found within the body, that act as biological messengers. In skincare science, peptides are often designed to mimic fragments naturally present within collagen and extracellular matrix proteins. When the skin recognises these fragments, it may respond by supporting processes associated with skin renewal, collagen-related signalling, and overall skin quality. The tripeptide technology used in P-TIOX Cream is designed around this concept of biomimetic signalling science. Over time, peptide technologies may help support: • Improved visible firmness • Smoother skin texture • Reduced appearance of fine lines • Better skin resilience • Enhanced skin quality appearance This area of cosmetic science is often referred to as biomimetic peptide technology or matrikine-inspired skincare.