Palmitoyl Pentapeptide 4 Products

Relying on its stable signal activation ability, palmitoyl pentapeptide 4 products can selectively improve the weak structure of the dermis layer, synchronously repair epidermal tissue texture damage induced by photoaging, optimize the thin epidermal tissue condition, and solve secondary epidermal tissue problems such as rough epidermal tissue texture and makeup sticking in daily skincare.
I.Structural thickening and shaping of the dermal matrix layer

Targeting the congenital and acquired epidermal tissue defects of sparse dermal matrix fibers and thin cortex, this ingredient can sustainably promote the orderly synthesis of collagen fibers and fibronectin in the dermis, fill the gaps in the dermal matrix, and gradually improve the overall thickness and structural density of the dermis. Long term effects can improve the problem of insufficient support for thin epidermal tissue, making the cortex structure fuller and more stable, and weakening the hidden dangers of wrinkles and depressions caused by weak cortex at the root.

01.Homologous biomimetic adaptation of molecular structure:

The core peptide chain of this component corresponds to the characteristic active fragment of the carboxyl end of human type I procollagen. The linear arrangement of five amino acid residues is highly homologous to the functional domain sequence of endogenous collagen propeptide. The amino end is covalently coupled to a sixteen carbon saturated fatty acid side chain through an amide bond, endowing the molecule with unique amphiphilic properties. Compared to the limitations of unmodified water-soluble peptides, such as low transdermal penetration efficiency and susceptibility to degradation and inactivation by epidermal enzymes, molecules modified with hexadecanoylation can utilize the lipid bilayer structure between stratum corneum cells for cross layer diffusion

02.Activation of intracellular signaling cascade:

After completing specific binding to membrane receptors, hexadecanoylation pentapeptide 4 can induce conformational changes in receptors and form dimers, triggering activation of serine/threonine kinase domains in intracellular segments and initiating downstream phosphorylation modification of Smad2 and Smad3 proteins. Phosphorylated Smad2/3 will assemble with the universal mediator Smad4 to form a heterotrimeric complex, which is transported into the nucleus through the nuclear pore complex and precisely binds to the promoter regulatory region of extracellular matrix structural protein coding genes, significantly upregulating the transcription and translation efficiency of core matrix components such as type I collagen, type III collagen, and fibronectin.

01.High affinity and low sensitivity epidermal tissue adaptation properties:

This ingredient relies on the homologous signal simulation mechanism of the human body to function, does not interfere with the native structure of the epidermal tissue barrier, and is non corrosive, non allergenic, and non irritating. Whether it is sensitive epidermal tissue with fragile barriers or epidermal tissue around the eyes with thin keratin and extremely low tolerance, it can be adapted for use without causing discomfort such as redness, stinging, burning, etc. It is suitable for the long-term maintenance needs of various fragile epidermal tissue types.
02.Compatible application of all categories of anti-aging skincare formulations:

With stable physicochemical properties and mild activity, hexadecanoylation pentapeptide 4 can be widely added to various refined anti-aging skincare products. At present, the mainstream anti wrinkle essence, firming face cream, eye repair cream, anti-aging ampoule and other core anti-aging categories in the market will use them as core repair components. Its lipophilic properties can perfectly adapt to various formulation systems such as water agents, emulsions, and pastes, with high activity retention rate and strong formulation adaptability.