Pantodium: the biotechnological active ingredient that transforms the microbiome into a natural vitamin B5 factory

Pantodium has gained international recognition by winning four prestigious awards. This achievement highlights its potential to pave the way for a new generation of cosmetic ingredients, where biotechnology supports the skin's natural biological mechanisms.

Developed by CODIF, Pantodium is produced through the fermentation of Codium tomentosum. Its originality lies in a groundbreaking approach: instead of supplying vitamin B5 directly to the skin, it stimulates its natural production through the skin and scalp microbiome.

Why is vitamin B5 essential for skin and hair?

Also known as pantothenic acid, vitamin B5 is essential for healthy skin and hair. It supports cell renewal, helps maintain the skin barrier and contributes to preserving skin hydration and comfort. Vitamin B5 also contributes to the normal hair growth cycle by acting at the level of the hair follicle, helping maintain a healthy scalp.

In cosmetics, vitamin B5 is mainly used in the form of panthenol, an ingredient well known for its soothing and repairing properties. However, this traditional approach relies on supplying the vitamin externally.

Pantodium offers a different vision by encouraging the skin to naturally produce its own vitamin B5.

The microbiome: a new ally for cosmetics

The skin microbiome is composed of billions of microorganisms naturally living on the skin's surface. Once considered merely a protective ecosystem, it is now recognized as a key player in maintaining skin balance and health.

Natural vitamin B5 production

Certain bacteria within the microbiome are capable of synthesizing essential vitamins, including vitamin B5. Rather than supplying this vitamin directly, it is now possible to stimulate the microbiome's own natural biological mechanisms.

The benefits of fermentation in cosmetic biotechnology

Pantodium is obtained through the fermentation of the marine seaweed Codium tomentosum. This biotechnological process transforms the raw material and generates bioactive metabolites that cannot be obtained through conventional botanical extraction.

Today, fermentation is one of the main drivers of cosmetic innovation. It improves compound bioavailability, creates new molecules of interest and enables the development of increasingly high-performance cosmetic active ingredients.

By enhancing marine resources through biotechnology, this process also contributes to a more sustainable approach to cosmetic ingredient development.

Benefits for skin and scalp

By naturally stimulating vitamin B5 production, Pantodium supports the biological mechanisms involved in maintaining healthy skin and a balanced scalp.

For the skin (Pantodium CICA)

Studies carried out on Pantodium demonstrate a significant increase in the natural production of vitamin B5:

6× more natural vitamin B5 on the skin surface after 28 days.

Additional benefits include:

- Supports the skin barrier
- Hydrates the skin
- Promotes skin renewal
- Helps reduce skin redness

For hair (Pantodium Haircare)

The scalp also has its own microbiome, which plays a key role in maintaining its balance. Thanks to its prebiotic and postbiotic action, Pantodium helps support scalp balance and reduces hair loss by 46% after 30 days*. (*p<0.05, Tukey's test)

Pantodium opens a new path for cosmetic biotechnology

With Pantodium, CODIF offers much more than a new cosmetic active ingredient. This innovation illustrates the evolution of cosmetic research toward solutions that support the skin's own biological mechanisms rather than replacing them.

Combining marine biotechnology, fermentation, the microbiome and the natural production of vitamin B5, Pantodium represents a new generation of high-performance, sustainable and scientifically proven cosmetic ingredients. Its four international awards highlight this breakthrough and confirm the growing role of biotechnology in shaping the future of cosmetics.