

GHK Peptide — Skin Benefits Backed by Mechanism
✅ Functional Restoration & Anti-Aging : DNA Resetting and Functional Repair for long-term Anti-Aging GHK works at the DNA level (gene expression) to suppress aging-related genes and restore cell function, helping cells behave like younger, healthier cells. ✅ Skin Structure & Resilience : Reinforces Skin Structure and Resistance to External Stress. GHK boosts the skin's defense mechanisms to quickly reduce inflammation and strengthen the basic structural integrity of the ski


ALTUM® Science #4_ How GHK Peptide Works
What are Peptides? PEPTIDES: Short chains of amino acids acting as biological messengers . They are generally categorized into four types. Signaling Carrier Enzyme- inhibiting Neurotransmitter- inhibiting GHK PEPTIDE ( Glycyl-L-histidyl-L-lysine ): A naturally occurring tripeptide composed of glycine, histidine, and lysine. It readily binds to copper ions to form GHK-Cu. Key Characteristics of GHK GHK ( Glycyl-L-histidyl-L-lysine ) A naturally occurring tripeptide found


ALTUM® Science #3_What are Peptides?
What Are Peptides? Understanding their role in Skin biology — and why we use GHK Peptides What Are Peptides? Peptides are short chains of amino acids that act as biological messengers. Depending on their function, peptides can be classified into four main types: Signaling , carrier , enzyme-inhibiting , and neurotransmitter-inhibiting peptides. Among these, peptides like GHK are known for their signaling and carrier functions, stimulating skin regeneration by activating sp


Evolution of Spicules
What are Spicules? Spicules are microscopic needle-like structures that form the skeletal framework of freshwater sponges. Spicules controlled microstimulation helps improve skin (resilience, texture, and natural renewal) Boost self-regeneration Promotes new skin &collagen Speeds up turnover, refining texture, and elasticity. ⇒ Various products have been developed utilizing the spicules as a drug delivery system: (Surface coating, Internal channel loading, Impregnation into t


How deep can ALTUM® Peptides Penetrate the skin?
How deep can ALTUM® Peptides penetrate the skin? Choose the most accurate answer: a) Stratum Corneum b) Epidermis c) Subcutaneous Fat Layer The answer is b) “Epidermis” ALTUM® Peptides are designed to penetrate through the stratum corneum and reach the deepest part of the epidermis , right above the dermal layer. The Challenge of Precise Skin Targeting Precise delivery of active ingredients to specific depths in the skin is difficult to achieve. Topical skincare products can

