Nocturshape™: A next-generation marine biotechnology developed to work in harmony with the body’s circadian rhythm. Nocturshape™ targets Nocturnin, a metabolic protein whose expression naturally peaks during the evening and is associated with nighttime lipid accumulation within adipocytes. By modulating this biological pathway, Nocturshape™ has been shown to increase overnight lipolysis by up to 23.6%, helping reduce the appearance of localized fullness and visibly improve body contours while the body is at rest. Clinical studies conducted on women aged 25–47 demonstrated visible improvements in cellulite-prone areas within 15 days, alongside a measurable reduction in thigh circumference and an increase in skin firmness of up to 23% following regular application. Beyond its contour-refining activity, Nocturshape™ also supports dermal structure by stimulating Type I Collagen synthesis, helping improve skin density, firmness and resistance to visible sagging over time.
Sveltine® ST (Lythrum salicaria Flower/Leaf/Stem Extract): A polyphenol-rich body-contouring active standardized in vescalagin and castalagin, developed to target visible concerns associated with body tone, contour definition and localized fullness. In vitro studies demonstrated a 37% reduction in adipocyte lipid accumulation and up to a 45% reduction in adipose tissue thickness. Additional testing showed a 33% increase in collagen network contraction, contributing to improved skin firmness and a visible tightening effect. Human studies performed at a use level of 0.25% reported an average reduction in thigh circumference of 0.3 cm after 14 days and up to 1.6 cm after 56 days, alongside an 18% improvement in inner-thigh spacing and a measurable +1.7° improvement in thigh-glute angle, supporting a more sculpted and lifted appearance.
Liftiss® SB: A next-generation eco-designed active derived from the fruit pulp of the African Baobab tree (Adansonia digitata), naturally rich in tightening polysaccharides, NMF-like sugars and alpha-hydroxy acids. Developed as a natural alternative to conventional tightening polymers, Liftiss® SB provides both an immediate tensor effect and visible improvements in skin smoothness and appearance. Its high-molecular-weight polysaccharides create an invisible lifting network on the skin’s surface, helping to instantly smooth microrelief, soften the appearance of fine lines and improve skin texture. At the same time, naturally occurring sugars help support hydration, suppleness and overall skin comfort. Clinical results after a single application (5% Liftiss® SB): • Up to 41% reduction in microrelief furrows observed in 72% of volunteers • Up to 24% reduction in wrinkle surface area observed in 67% of volunteers • 67% of volunteers reported an immediate lifting effect • 61% reported a visible improvement in overall skin appearance. By combining immediate skin-tightening benefits with hydration-supporting activity, Liftiss® SB helps leave the complexion looking smoother, firmer, fresher and visibly more refined from the very first application.
Peptide Pro Collagen™ (Palmitoyl Tripeptide-5): A bioactive signal peptide designed to support the skin’s structural matrix and collagen architecture. Palmitoyl Tripeptide-5 mimics a sequence of thrombospondin-1, helping activate Transforming Growth Factor Beta (TGF-β), a key biological pathway involved in Type I and Type III collagen synthesis. Scientific literature reports that Palmitoyl Tripeptide-5 may support collagen production while helping reduce collagen degradation through the modulation of matrix metalloproteinases (MMP-1 and MMP-3), enzymes involved in extracellular matrix breakdown. These mechanisms contribute to improved skin firmness, elasticity and structural resilience. In an 84-day study involving 60 volunteers, twice-daily application demonstrated significant improvements in wrinkle appearance and skin roughness compared with placebo and control formulations. Additional published data reported wrinkle appearance reduction approximately 3.5 times greater than placebo.
Liposomal Hyaluronic Acid: A next-generation hyaluronic acid delivery system designed to improve hydration distribution within the superficial layers of the epidermis. Encapsulated within lecithin-based phospholipid liposomes, this advanced technology enhances skin affinity and supports more efficient penetration compared with conventional hyaluronic acid systems. Recent clinical evaluation demonstrated a 96.99% increase in skin hydration, compared with 36.31% in the control group, confirming significantly greater moisturizing performance. The liposomal structure acts as a biomimetic carrier, helping transport hyaluronic acid throughout the upper epidermal layers while improving water retention and skin comfort. Beyond hydration, experimental studies have also demonstrated enhanced skin permeation and a reduction in oxidative stress markers and inflammatory mediators in skin models exposed to urban pollution (PM10), suggesting additional benefits for skin resilience and barrier protection. By combining advanced phospholipid delivery with one of the skin’s most important natural humectants, Liposomal Hyaluronic Acid helps support smoother, plumper and more elastic-looking skin while maintaining long-lasting hydration and overall skin quality.
Lactobacillus Ferment Lysate: A postbiotic active derived from Lactobacillus fermentation, rich in bioactive fractions designed to support the skin microbiome and reinforce barrier function. Unlike live probiotics, Lactobacillus Ferment Lysate delivers beneficial fermentation-derived compounds that help maintain a balanced skin ecosystem and support long-term skin resilience. Scientific and patent literature on Lactobacillus pentosus-derived lysates describes their ability to support epidermal barrier recovery, maintain Natural Moisturizing Factors (NMF), reduce transepidermal water loss and improve skin comfort, particularly in stressed, sensitive or environmentally challenged skin. In supplier instrumental testing, Lactobacillus Ferment Lysate accelerated barrier recovery, with skin water loss reduced up to 3.5 times compared with placebo after 45 minutes, supporting improved moisture retention and barrier performance.
Bakuchiol: A next-generation botanical active recognized for its ability to support retinol-like pathways without the irritation commonly associated with traditional retinoids. Clinical studies have demonstrated improvements in skin firmness, elasticity, photodamage and overall skin quality comparable to retinol, while maintaining superior skin tolerance. Research suggests Bakuchiol supports collagen synthesis, extracellular matrix integrity and the expression of genes involved in skin renewal, helping improve the appearance of firmness, resilience and dermal density over time.
Ascorbyl Tetraisopalmitate: A highly stable, oil-soluble form of Vitamin C engineered for superior penetration within lipid-rich environments. Unlike conventional water-soluble Vitamin C derivatives, Ascorbyl Tetraisopalmitate integrates seamlessly into the skin’s lipid matrix, supporting collagen synthesis while helping defend against oxidative stress. Studies suggest this advanced Vitamin C derivative may help improve skin elasticity, tone uniformity and overall skin quality while contributing to long-term collagen preservation and environmental protection.
Ubiquinone (Coenzyme Q10): A naturally occurring coenzyme present within the mitochondria of every skin cell, where it plays a central role in cellular energy production. Coenzyme Q10 levels decline progressively with age, contributing to visible signs of skin aging and reduced resilience. Clinical studies have shown that topical Coenzyme Q10 helps reduce oxidative stress, improve skin smoothness and support the appearance of firmer, healthier-looking skin. By helping protect cellular structures from free radical damage, it contributes to long-term skin vitality and visible skin quality.
Meadowfoam Estolide: A next-generation biomimetic lipid technology derived from Meadowfoam Seed Oil and prized for its exceptional oxidative stability and skin compatibility. Its unique molecular architecture mimics certain functions of the skin’s own intercellular lipids, allowing it to behave as a ceramide-inspired support system for the skin barrier. Unlike traditional emollients that simply coat the skin surface, Meadowfoam Estolide integrates into the lipid matrix of the stratum corneum, helping reinforce barrier integrity, reduce transepidermal water loss (TEWL) and improve the skin’s ability to retain moisture over time. This ceramide-like activity helps support smoother, more supple and more resilient-looking skin while enhancing overall skin comfort. Its highly stable structure forms a flexible protective veil that adapts to the skin rather than sitting heavily on its surface, helping preserve elasticity and softness while optimizing the performance and delivery of lipid-soluble actives. The result is skin that appears stronger, more elastic and better equipped to withstand environmental and age-related stressors.
