How to treat the cause of juvenile acne without damaging your skin
19/05/2025
What if respecting your skin was the smartest way of looking after it? 5 ways to look after your acne-prone skin without harming it
10/02/2026How to treat the cause of juvenile acne without damaging your skin
19/05/2025What if respecting your skin was the smartest way of looking after it? 5 ways to look after your acne-prone skin without harming it
10/02/2026When the first signs of acne appear, the first thing people normally do is look for some kind of instant spot removal cream, ranging from face masks to home-made remedies for acne. Your acne-prone skin needs something more: respect, science and proven effectiveness. In this article, we explore why biotechnology has become a leading ally for alleviating the blemishes typical of acne-prone skin in a way that is natural, gentle and effective.
Table of contents
- Natural, home-made remedies for acne: can they work?
- The rise of biotechnology: when science amplifies nature’s smarts
- Plant-based biotechnology: a new era in skincare
- When acne-prone skin and plants talk the same language
- Canonia Allysis®, the new plant-based biotechnological ingredient for acne-prone skin, exclusive to Vincobiosis® Acneic
Natural, home-made remedies for acne: can they work?
For centuries, a lot of people have resorted to natural remedies for acne. Lemon, cucumber, orange juice, chamomile, rose water, etc., they’re all on the long list of supposedly effective home-made acne treatments found all over the Internet and social media.
Although certain natural ingredients have indeed demonstrated some benefits for helping to get rid of acne naturally, you need to bear in mind that a lot of the time, there is not enough scientific evidence backing the effectiveness of natural remedies for acne, and there are even warnings about possible side effects.
The real challenge is not about choosing to use natural products for acne or not, but
about making sure that what is “natural” is also safe, effective and backed by science.
And this is precisely where biotechnology comes into play: a discipline that does not replace nature but rather that studies it, understands it and improves on it.
The rise of biotechnology: when science amplifies nature’s smarts
Biotechnology combines knowledge of biology, biochemistry and engineering to develop highly effective active ingredients, applying scientific processes such as controlled fermentation, cell culture or genetic engineering. It has a clear aim: to reproduce and ramp up the properties of certain living organisms such as plant cells, bacteria or yeasts, to produce beneficial solutions for people.
Although we associate it these days with innovation, it actually draws on age-old techniques such as the fermentation involved in making bread, wine and cheese. What has changed radically is the precision and scientific knowledge applied, and the potential. Furthermore, biotechnology has been proven to improve processes and reduce environmental impact.
This is why biotechnology is marking a turning point in areas such as medicine, food and, now too, cosmetics and skincare.
Plant-based biotechnology: a new era in skincare
Far removed from chemical compounds that consumers feel uneasy about and natural remedies with no supporting scientific evidence, biotechnology enables precise, safe and effective ingredients to be developed using scientific processes that are controlled, reproducible and eco-friendly.
One of the most revolutionary advances is the use of plant cells, where biotechnology is brought to bear to produce innovative ingredients with augmented effectiveness. Plant cells are grown in the laboratory and stimulated in specific conditions to produce natural substances that are highly effective for looking after our skin.
And this is where biotechnology in skincare makes the difference. Unlike traditional natural extracts obtained directly from leaves, roots or flowers and whose quality can vary depending on the season, where they are grown or the extraction method, cell cultures ensure unchanging quality, are eco-sustainable and enable active ingredients not found in extracts to be obtained.
This approach not only ramps up nature’s potential, but also does so with scientific rigour and respect. A new way of understanding skincare that does not simply beautify, but also looks after, regenerates and transforms.
When acne-prone skin and plants talk the same language
But what does transforming skincare really mean? Sometimes, the answer is found precisely where we least imagine: in the way nature protects itself. Because when we take a close look at what happens in acne-prone skin, we discover a curious parallel with the plant world… and also a new, gentle way of alleviating the blemishes typical of acne that applies biotechnology to skincare.
What is going on in acne-prone skin? It all has to do with skin dysbiosis and quorum sensing
When we talk about acne-prone skin, we tend to think of oiliness, clogged pores and inflammation. But why do spots really appear? Science has identified a factor that links together and worsens everything: skin dysbiosis, an imbalance in our skin’s microbiota.
This unbalanced habitat enables some bacteria that normally live with us and are beneficial for us to multiply out of control and become harmful to our skin. And the most surprising thing of all is that they do not act on their own, but as a team. To do this, they talk to each other using a system called quorum sensing that lets them organize, work as a group and, as a consequence of all this, encourage the appearance of spots and other blemishes.
Understanding quorum sensing opens up a new avenue in treatments for acne that seeks to eliminate it from the inside out, and gently. And here, nature can teach us plenty.
Plants face bacteria too… and know how to defend themselves
Like acne-prone skin, in nature plants also face threats and attack from bacteria. Because plants are rooted in the soil and are unable to move, they have developed astonishing defence mechanisms to protect themselves.
One of the most fascinating is their ability to block quorum sensing, the system bacteria use to communicate. Some plants produce natural molecules able to block these signals, preventing bacteria from getting together and damaging plant tissues. Plants do this non-aggressively: they do not destroy the bacteria, but simply stop them from attacking.
Most exciting of all is that today, thanks to biotechnology, we can replicate this natural defence system and apply it to looking after acne-prone skin with Canonia Allysis®, the biotechnological ingredient in Vincobiosis® Acneic.
Canonia Allysis®, the new plant-based biotechnological ingredient for acne-prone skin, exclusive to Vincobiosis® Acneic
What is a defence strategy in nature becomes innovation working for acne-prone skin in Vincobiosis® Acneic. Using biotechnology applied to skincare, we have replicated the natural mechanisms of plants and created a unique ingredient: Canonia Allysis®.
Developed by Reig Jofre pharmaceutical laboratory, Canonia Allysis® blocks communication (quorum sensing) between the bacteria that cause blemishes in acne-prone skin, and helps restore natural balance to the skin’s microbiota without destroying beneficial microorganisms.
Canonia Allysis® is an ingredient of the three products for acne-prone skin in the Vincobiosis® Acneic gentle routine for face and body skincare:
Cleansing
DERMO-BALANCING
CLEANSING MOUSSE
Facial skin care
DERMO-BALANCING
FACIAL GEL CREAM
Body skin care
DERMO-BALANCING
BODY LOTION SPRAY
Literature references:
1. Mendoza López MJ, et al. Recimundo. 2022;6(4):132– 143. / 2. Mayo Clinic. https://newsnetwork.mayoclinic.org/discussion/home-remedies-all-about-acne/ / 3. Yorulmaz A, et al. Curr Health Sci J. 2020;46(2):111–116. / 4. Gomes C, et al. Cosmetics. 2020;7(2):33. / 5. Gardiki V, et al. Plants. 2025;14(3):433. / 6. Expósito O, et al. Sofwjournal. 2019; 145:46–53. / 7. Cañellas-Santos M, et al. Curr Issues Mol Biol. 2023;45:3997–4016. / 8. De Lucas R, et al. J Cosmet Dermatol. In press. / 9. Cañellas-Santos M, et al. EADV Symposium, May 2023. 10. Expósito O, et al. IFSCC Magazine. 2019. 1, 27-40. 11. Mukherjee S, et al. Nat Rev Microbiol. 2019 June; 17(6): 371–382.
