Wild plant-based collagen opens up new possibilities for replacing animal-derived collagen ingredients in cosmetic products. Using plant biotechnology, selected collagen fragments can be produced, while certain plant extracts can support the body\u2019s own collagen production. Both approaches are of interest for the development of vegan anti-aging cosmetics, but they differ in their chemical composition and mode of action. The actual identity of the raw material, its proven efficacy, and its stability in the final formulation are crucial.<\/p>\n
Collagen is an essential structural protein of the human skin. It constitutes a large portion of the extracellular matrix of the dermis and contributes to the firmness, stability, and mechanical resilience of the tissue.<\/p>\n
Collagen types I and III are particularly important. Collagen type I makes up the largest proportion of dermal collagen, while collagen type III is also involved in the organization of connective tissue.<\/p>\n
With age and due to external factors such as UV radiation, the balance between collagen production and collagen breakdown shifts. The skin can lose firmness, and wrinkles become more visible.<\/p>\n
Traditional cosmetic collagen is often derived from animal sources such as cattle, pigs, or fish. In skincare products, it primarily acts as a film-forming agent and helps retain moisture. However, larger collagen molecules cannot easily penetrate the dermis to replace the body\u2019s own collagen there.<\/p>\n
For this reason, alternative active ingredient concepts are becoming increasingly important.<\/p>\n
Wild plant-based collagen refers to various plant-based and biotechnological approaches that can be used as alternatives to animal collagen.<\/p>\n
Basically, three groups can be distinguished:<\/p>\n
This distinction is scientifically important: Plants do not naturally produce human collagen. A plant extract that supports collagen formation is therefore not equivalent to a collagen protein.<\/p>\n
In plant-based protein production, plant cells serve as biological production systems. Using suitable expression methods, they can produce specifically selected proteins or protein fragments.<\/p>\n
For collagen, the hydroxylation of certain amino acids is particularly important. This modification influences the stability of the collagen structure.<\/p>\n
Scientific studies show that the production of human collagen proteins in plant-based systems is fundamentally possible.<\/p>\n
Whether genetic engineering techniques are used depends on the specific production technology. A plant-based production platform therefore does not automatically mean that the manufacturing process is GMO-free.<\/p>\n
The technology offers two main advantages: It can replace animal-derived raw materials and enables the targeted production of defined protein fragments.<\/p>\n
Col-Frag remastered\u2122 from LipoTrue is an example of wild plant-based collagen. According to the manufacturer, this cosmetic raw material contains a plant-produced fragment whose amino acid sequence corresponds to a section of human type I collagen.<\/p>\n
INCI:<\/b> Glycerin (and) Aqua (and) Pentylene Glycol (and) Collagen Amino Acids<\/p>\n
Unlike traditional plant extracts, the focus here is on a specifically engineered collagen-related protein fragment.<\/p>\n
The raw material was developed for cosmetic formulations aimed at achieving a smoother complexion, reducing the appearance of visible wrinkles, and promoting firmer-looking skin.<\/p>\n
However, the structural similarity to a segment of human collagen does not automatically mean that the fragment performs all the biological functions of the complete collagen protein.<\/p>\n
The following results were achieved in cosmetic efficacy tests:<\/p>\n
The results demonstrate the cosmetic potential of the ingredient. In the combination tests, the effect cannot be attributed exclusively to Col-Frag remastered\u2122.<\/p>\n
In addition to biotechnologically produced collagen fragments, various plant-based biopolymers and extracts are available. They can support skin structure, hydration, or collagen formation processes in different ways.<\/p>\n
INCI:<\/b> Glycerin (and) Aqua (and) Acacia Senegal Gum<\/p>\n
This raw material is based on gum arabic from Acacia senegal. The drought-tolerant acacia tree grows primarily in Africa and can reach a height of about 5\u201312 meters.<\/p>\n
The extracted polysaccharide has film-forming properties and can help make the skin feel smoother. It is a plant-based alternative for certain cosmetic functions of collagen but does not contain any human collagen protein.<\/p>\n
INCI:<\/b> Bacillus\/Soybean Ferment Extract<\/p>\n
This raw material is derived from fermented soybeans. During fermentation, various metabolic byproducts are produced that may be of interest for cosmetic skincare formulations.<\/p>\n
It is a fermented plant-based raw material and not naturally occurring human collagen.<\/p>\n
INCI:<\/b> Aqua (and) Mannan (and) Pentylene Glycol (and) Citric Acid<\/p>\n
This active ingredient utilizes a plant-based approach featuring Bulbine frutescens. This succulent perennial is native to southern Africa, often reaches a height of about 30\u201360 cm, and produces yellow to orange flowers.<\/p>\n
The raw material is used in cosmetic formulations to support skin firmness and matrix metabolism.<\/p>\n
INCI:<\/b> Butylene Glycol (and) Aqua (and) Equisetum Arvense Extract<\/p>\n
The extract is derived from field horsetail (Equisetum arvense), a perennial, spore-forming plant native to Europe and Asia.<\/p>\n
The green shoots contain various plant-based compounds. Horsetail extracts are used, among other things, in cosmetic products designed to improve skin texture.<\/p>\n
INCI:<\/b> Schisandra Chinensis Fruit Extract<\/p>\n
The extract is derived from the fruits of Schisandra chinensis. This climbing plant, native to East Asia, can grow several meters tall and produces distinctive red fruits.<\/p>\n
The active ingredient is used in skin care formulations designed to target the structure of the dermis-epidermis junction.<\/p>\n
INCI:<\/b> Eryngium Maritimum Extract<\/p>\n
The sea holly (Eryngium maritimum) grows in sandy coastal areas of Europe and often reaches a height of 20\u201360 cm.<\/p>\n
Biotechnological plant cell cultures enable the production of corresponding extracts for cosmetic applications designed to support skin structure.<\/p>\n
INCI:<\/b> Aqua (and) Butylene Glycol (and) Caulerpa Lentillifera Extract<\/p>\n
The extract is derived from the tropical green alga Caulerpa lentillifera, which is known as \u201cgreen sea caviar\u201d due to its spherical lateral branches.<\/p>\n
The algae contain amino acids and other active ingredients. Its extract is suitable for moisturizing skincare but is not a source of human collagen.<\/p>\n
INCI:<\/b> Centella Asiatica Extract<\/p>\n
Centella asiatica, also known as Indian pennywort, is a low-growing plant native to tropical and subtropical regions.<\/p>\n
It contains, among other compounds, asiaticoside, madecassoside, asiatic acid, and madecassic acid. These triterpenes are being scientifically studied in relation to collagen synthesis.<\/p>\n
INCI:<\/b> Echium Plantagineum Seed Oil<\/p>\n
The seed oil is derived from Echium plantagineum, the plantain-leaved viper\u2019s bugloss. Native to the Mediterranean region, the plant has predominantly blue-violet flowers.<\/p>\n
The oil contains various fatty acids and is used in lipid-based skincare formulations. It is not a collagen protein itself.<\/p>\n
The listed raw materials differ in terms of their chemical composition, processing, and cosmetic function. The current INCI listings and product-specific efficacy data should be verified using the respective technical documentation.<\/p>\n
Scientific studies on collagen metabolism exist, particularly for Centella asiatica.<\/p>\n
Cell culture studies have shown that certain triterpenes in the plant can influence collagen synthesis in fibroblasts. These include, in particular, asiaticoside and madecassoside.<\/p>\n
One study conducted under defined laboratory conditions reported an approximately 25\u201330% increase in the secretion of type I collagen.<\/p>\n
Other studies have also investigated the involvement of certain cellular signaling pathways in the collagen-related effects of asiaticoside.<\/p>\n
These results provide insights into biological mechanisms of action but should not be directly equated with clinically proven wrinkle reduction.<\/p>\n
Appropriate efficacy tests of the respective final formulation are required for cosmetic advertising claims.<\/p>\n
Plant-based collagen concepts open up various possibilities for the development of vegan cosmetic products.<\/p>\n
Key advantages include:<\/p>\n
In particular, the combination of plant-produced collagen fragments and selected complementary active ingredients is of interest for cosmetic formulation development.<\/p>\n
The most important limitation is that the various groups of raw materials do not perform the same functions.<\/p>\n
A plant-derived polysaccharide is not a collagen fragment. A plant extract that influences collagen synthesis in cell cultures does not automatically have a proven firming effect on human skin.<\/p>\n
Other development considerations include the stability of sensitive protein fragments, potential interactions with other formulation ingredients, and the reproducibility of plant extracts.<\/p>\n
Sustainability claims should also be viewed with nuance. A plant-based origin alone does not guarantee a lower environmental impact. To assess this, manufacturing processes, energy consumption, water usage, and transportation must be taken into account.<\/p>\n
Depending on the raw material, anti-aging serums<\/b>, face creams<\/b>, eye care products<\/b>, moisturizing masks<\/b>, and firming emulsions<\/b> are particularly suitable.<\/p>\n
Film-forming biopolymers can improve the immediate feel of the skin. Plant extracts with collagen-related mechanisms of action are suitable for long-term skincare regimens. Biotechnologically produced collagen fragments enable a targeted protein-based approach.<\/p>\n
Combining these with humectants, antioxidants, or vitamin C derivatives can be beneficial, provided the stability, tolerability, and efficacy of the overall formulation are taken into account.<\/p>\n
Wild plant-based collagen offers interesting opportunities to replace animal-derived collagen sources with plant-based and biotechnologically produced raw materials.<\/p>\n
In particular, the targeted production of defined collagen fragments opens up new possibilities for the development of vegan anti-aging cosmetics. Plant-based biopolymers and extracts complement this technology with moisturizing, film-forming, or matrix-oriented skincare approaches.<\/p>\n
The scientifically accurate distinction between the individual raw material groups remains crucial.<\/p>\n
Cosmacon<\/b> can support cosmetics brands in developing such products\u2014from selecting suitable active ingredients through formulation development to stability testing, efficacy evaluation, and regulatory compliance. Contact us!<\/a><\/p>\n