The skin is one of the body’s most important protective barriers. In cats and dogs, healthy skin is not only essential for appearance, but also for comfort, immune defense, and overall wellbeing. In recent years, growing scientific interest in the skin microbiome has led to the development of new-generation skin care approaches based on prebiotics, probiotics, and especially postbiotic technologies.
Among these innovations, lysate-based postbiotic technology stands out as a modern and science-driven approach to supporting the skin barrier and microbiome balance.
The skin surface naturally hosts millions of beneficial microorganisms. This ecosystem, known as the skin microbiome, plays a critical role in protecting the skin against environmental stressors and harmful microorganisms.
When this delicate balance is disrupted — a condition often referred to as dysbiosis — the skin may become more sensitive, irritated, dry, or prone to redness and inflammation. Supporting microbiome balance has therefore become an important part of modern veterinary skin care.
Postbiotics are beneficial compounds obtained from the controlled lysis of high-quality probiotic bacteria. Through a specialized stabilization and heating process, the bacterial cells are carefully broken down while preserving valuable proteins, phenols, growth factors, and bioactive components beneficial to the skin.
This advanced lysate technology allows the skin to benefit from microbiome-friendly bacterial components without using live bacteria directly.
In Pro-Lysate technology, carefully standardized beneficial bacteria are cultivated under special conditions and transformed into targeted microbiome-supporting postbiotic compounds. This process is combined with naturally derived prebiotic ingredients obtained through the bio-extraction of finely processed white oat kernels.
The result is a synergistic system designed to nourish, rebalance, and support the skin microbiota.
Postbiotic skin care works through multiple complementary mechanisms:
Lysate technology helps reorganize and support the natural skin microbiome. Beneficial microorganisms are encouraged, while the overgrowth of undesirable bacteria may be limited. This contributes to a healthier and more stable skin environment.
The proteins and bioactive compounds released from postbiotic lysates contribute to structural skin repair and support re-epithelialization processes. Research on lysate technologies has shown significant support for keratinocyte layer regeneration, an important component of healthy skin renewal.
Postbiotic compounds may help reduce pro-inflammatory cytokine activity through IL-1α inhibition pathways. This mechanism supports the reduction of visible redness and skin sensitivity while helping maintain overall skin comfort.
Beta-glucan content provides high water retention capacity, helping the skin maintain moisture balance for extended periods. Well-hydrated skin is generally more resilient, elastic, and comfortable.
Unique sugar-based prebiotic compounds help create an ideal environment for microbiome-friendly organisms. These nutrients support the balance of the skin flora and contribute to microbiome stability over time.
Cats and dogs are frequently exposed to environmental stressors that can affect skin integrity and microbiome balance. Grooming products, environmental allergens, excessive washing, stress, and various dermatological conditions may all contribute to microbiome disruption.
Modern skin care approaches increasingly focus not only on symptom management, but also on supporting the skin’s natural ecosystem.
This is where postbiotic technologies provide an important advantage:
instead of simply coating the skin surface, they aim to actively support the biological environment of the skin itself.
When integrated into advanced skin care formulations, postbiotic technology may help support:
As veterinary dermatology continues to evolve, microbiome-focused technologies are becoming increasingly important in both professional and daily skin care applications.
Postbiotic lysate technology represents a next-generation approach that combines microbiome science, skin barrier support, and advanced bioactive ingredients in a single system. By supporting the natural balance of the skin ecosystem, these technologies help create healthier conditions for long-term skin wellbeing in companion animals.
At Simya Animal Care Products, we continue to follow innovative and science-driven approaches that support animal health with reliability, quality, and microbiome-conscious formulations.