Ali Rıza Akın
In the era we live in, the definition of being healthy is shaped not only by our genetic heritage but also by the invisible microbial bridges we build with our environment. The illusion of a "sterile life" brought by urbanization actually distances us from nature’s healing bacteria, while the scientific world has discovered a new key to fill this gap: Postbiotic. This valuable legacy left behind by the life cycles of probiotics is creating a silent revolution both in our body’s internal balance and in the quality of the air we breathe and the skin we touch.
Ali Rıza Akın and the Next Microbiome team, who argue that we can protect our biological balance not only with supplements but also by managing our living spaces and our largest organ, the skin, as an "ecosystem," blend the holistic power of postbiotics with modern science.
What is a Postbiotic? The Power of Cellular Legacy
Simply put, postbiotics are components produced as a result of the metabolic activities of friendly bacteria (probiotics) that are non-living but biologically highly active. If we think of probiotics as the workers of a factory and prebiotics as the raw materials, postbiotics are the life-saving end products coming out of that factory.
These molecular structures consist of elements such as enzymes, organic acids, and cell wall fragments that the body can directly recognize and interact with. Since they do not contain live bacteria, they are stable in structure and help the system work in sync by sending "safe messages" to the body’s defense lines. (Salminen, S., et al., 2021)
What Do Postbiotics Do? The Invisible Line of Defense
The main function of postbiotics is to reinforce the microbial shield of the body and the environment. By working like repair masters on the intestinal surface, they help maintain the tightness of intercellular bonds and prevent the leakage of foreign substances. However, the effect of postbiotics is not limited to the digestive system.
When included in our living spaces, they form a biological film layer on surfaces that makes it difficult for pathogens (harmful microbes) to settle. This "smart defense" supports the creation of a more resilient and balanced atmosphere by increasing microbial diversity at every point, from the surfaces we touch to the air we breathe. (Aguilar-Toala, G. W., et al., 2018)
Where Are Postbiotics Found?
Although our bodies can produce postbiotics on their own, the heavy disinfectants and enclosed spaces that modern humans are exposed to can suppress this production. At this point, "microbial sprays" and "topical solutions" that combine the healing effect of nature with technology come into play.
These new generation solutions, which contain purified outputs of natural fermentation processes, aim to restore the beneficial flora destroyed by traditional cleaning and aggressive cosmetics. This richness, which enhances the spirit of the space and the biological value of the skin, optimizes our interaction with the outside world. (Tsilingiri, K., & Rescigno, M., 2013)
Benefits of Postbiotics
The advantages offered by postbiotics range from training the immune system to neutralizing allergens. The presence of postbiotics on living spaces and skin surfaces can play a role in keeping immune cells constantly active and alert, thus preventing excessive reactions to pollen or external irritants.
In addition, thanks to the roles of these components in cellular signal transmission, it is predicted that they help the body manage inflammatory processes on a calmer basis. This means not only breathing more comfortably, but also keeping the skin young and vibrant by using its own natural defense mechanisms. (Natividad, J. M., et al., 2013)
Postbiotic Care in Skin Microbiota
Our skin is not a barrier that separates us from the outside world, but rather a living barrier that connects us to it. However, the harsh cleansers used today can weaken this barrier. Postbiotic skin care nourishes the "beneficial army" on the skin, offering both anti-aging effects and maintaining the skin’s moisture balance.
The Dermobiome series, developed with the scientific approach of Next Microbiome to skin health, brings the restorative power of postbiotics to your skin:
- Dermobiome Postbiotic Anti-Aging Cream: Provides a biological defense against the traces of time by balancing the skin flora.
- Dermobiome Postbiotic Body Lotion: Supports the entire body microbiota, helping the skin remain more resilient and soft.
- Dermobiome Postbiotic Foot Cream: Targets the sensitive flora in the foot area, offering freshness and protection.
A New Era in Home Microbiota: Next Microbiome
One of the global authorities in the world of microbiome, Ali Rıza Akın argues that health is not just about a single supplement, but that every breath we take is a "microbial dialogue." Inspired by this philosophy, Next Microbiome is taking innovative steps to repair the biological gap in living spaces.
Going far beyond an ordinary room fragrance, Homebiome Postbiotic Spray Forest Live and Homebiome Postbiotic Spray Flower Fresh, which promise a living ecosystem, bring the microbial wisdom of forests and fresh flowers into your home. These sprays not only clean surfaces, but also "revitalize" them with postbiotics, building a protective micro-climate for your family.
Healthy Microbiota, Healthy Future
From our intestines to the walls of our homes, from our toes to our faces, everywhere is a living space. Postbiotics are molecular messengers that rebuild the broken connections between these areas. Listening to the microbial voice of your body, your home, and your skin is the most valuable gift you can give yourself in the light of today’s scientific facts.
Remember; a more resilient life begins with correctly understanding those small but powerful messages offered by nature.
Scientific References
- Salminen, S., et al. (2021). International Scientific Association for Probiotics and Prebiotics (ISAPP) consensus statement on the definition and scope of postbiotics. Nature Reviews Gastroenterology & Hepatology. https://doi.org/10.1038/s41575-021-00440-6
- Aguilar-Toala, G. W., et al. (2018). Postbiotics: An evolving term in the functional foods field. Trends in Food Science & Technology. https://doi.org/10.1016/j.tifs.2018.03.009
- Tsilingiri, K., and Rescigno, M. (2013). Postbiotics: A new horizon beyond probiotics. Alimentary Pharmacology & Therapeutics. https://doi.org/10.1111/apt.12214
- Natividad, J. M., et al. (2013). Biological responses of the body to the outputs of intestinal microbes. Nature. https://doi.org/10.1038/nature12380
