on March 26, 2026
Modern Cosmetics Go Beyond Ingredients
In recent years, skincare has been changing – there's a new standard in anti-aging care. The focus is no longer just on what ingredient we use, but how it is created, stabilized, and delivered to the skin. This is the difference between a standard formula and a modern, technologically advanced approach.
What Does "Retinal Created Through a Biotechnological Process" Mean?
A biotechnological process means creating active ingredients through controlled fermentation in laboratory conditions – for higher purity, stability, and effectiveness. Biotechnology in cosmetics uses controlled biosynthetic processes – such as fermentation and cellular technologies – to create active molecules with high purity and stability.
In the context of retinal, this means:
• precise control over the quality of the molecule
• a high degree of purity
• better stability in the formula
• more predictable behavior on the skin
Instead of just an extracted ingredient, we are talking about a specifically created active molecule with controlled characteristics – a more effective retinal with high stability.
Why Does This Matter?
Retinal is a powerful anti-aging ingredient, but the right formula is key.
When retinal is created through a biotechnological process and included in a well-balanced formula, a better balance is achieved between:
• effectiveness
• tolerability
• controlled action
This allows for more predictable results and a more comfortable feeling on the skin – a balance between effective retinal and minimal irritation.
Is There a Difference Between Standard and Biotechnologically Created Retinal?
The difference between retinal products on the market – at a molecular level, retinal remains the same active form of vitamin A.
The difference lies in:
• purity
• stability
• method of obtainment
• behavior in the formula
When these factors are well controlled, retinal acts more predictably and is generally better tolerated by the skin.
Retinal from the Microorganism Halobacterium salinarum
In The Face Oil Elixir Youth Boost, the retinal used is obtained through a biotechnological process from the microorganism Halobacterium salinarum. This is an innovative source of retinal in cosmetics.
It exists in extremely salty environments and contains a protein – bacteriorhodopsin, whose structure includes retinal – a molecule associated with the conversion of light energy.
Through controlled biotechnological processes, retinal with a high degree of purity and stability is obtained, suitable for use in cosmetic formulas.
The Role of Phytosomes and the Lipid Environment
One of the key differences in modern formulas is the way active ingredients are delivered to the skin.
Phytosomes are complexes that support better absorption of active substances.
When retinal is combined with:
• phytosomes
• lipids
• nourishing oils
an environment is created that:
• supports smoother action
• reduces the risk of irritation
• maintains the skin barrier
Can Retinal Be Used Daily?
Retinoids are traditionally introduced gradually.
With well-balanced formulas, this process is usually easier and allows for more flexible integration into daily care, according to individual tolerance. See the full guide for using retinal without irritation.
The New Standard in Skincare
Modern cosmetics are not just a combination of ingredients, but a system.
A system in which:
• active molecules are stable
• delivery is optimized
• the skin remains in balance
This is the difference between a short-term effect and a long-term result.
The Face Oil Elixir Youth Boost
combines retinal, created through a biotechnological process from Halobacterium salinarum, with phytosomes from Centella Asiatica and a selection of nourishing oils.
A formula created to work in synergy with the skin — with smoother action, good tolerability, and a focus on long-term balance.
