Somacy-SP006: Advancing Livestock Health Through Immune-Boosting Innovation

In today’s livestock and aquaculture industries, achieving optimal animal health and productivity has never been more critical. The increasing demand for sustainable, antibiotic-free farming solutions has prompted a shift toward innovative feed additives that enhance animals’ natural defenses. One such breakthrough is Somacy-SP006, a fermented wheat extract rich in Lipopolysaccharides (LPS), a naturally derived compound that has emerged as a powerful tool for strengthening immunity across multiple animal species.

 

LPS is a key component of the outer membrane of Gram-negative bacteria, such as Pantoea agglomerans, which is commonly found in plants like wheat and vegetables. What sets LPS apart is its well-documented ability to activate macrophages, immune cells that play a central role in protecting the body against pathogens, facilitating wound healing, and supporting metabolic regulation. Unlike other immune-enhancing feed ingredients such as ß-glucan or peptidoglycan from lactic acid bacteria, LPS delivers a much more potent immune response even at smaller dosages.

 

Somacy-SP006 is manufactured through a rigorous process involving the fermentation and cultivation of Pantoea agglomerans, followed by the extraction of LPS, spray drying, and blending with defatted rice bran. 

The final product is a fine powder with a standardized LPS concentration of 0.06% (600µg/g), designed to be mixed into animal feed. Its recommended dosage is 10µg of LPS per kilogram of body weight per day, making it both cost-effective and highly efficient.

 

Scientific trials have shown that Somacy-SP006 offers a wide range of benefits across different animal species.

In piglets, daily administration of LPS over three days resulted in a 7.8% increase in average daily weight gain over a five-week observation period. 

 

Broiler chickens fed with LPS-enriched feed experienced significantly lower mortality rates compared to those given conventional probiotics like Bacillus subtilis, even at a fraction of the dosage. 

 

For laying hens, notable improvements were observed in both eggshell strength and weight, with breaking strength increasing by over 120% and shell weight by more than 110%.

 

The efficacy of Somacy-SP006 extends beyond land-based livestock. In aquaculture, its application has produced impressive results. Kuruma shrimp fed with LPS prior to being exposed to the white spot virus demonstrated notably higher survival rates.

In sea bream, flatfish, thread-sail fish, and yellowtail, the administration of LPS-enhanced feed significantly improved survival post-infection. Furthermore, in rainbow trout, LPS not only stimulated growth but also enhanced the efficacy of vaccinations against cold-water disease, showing an increased protection rate of 31.9% compared to 18.9% in non-LPS-fed groups.

 

These results reinforce Somacy-SP006’s reputation as an “immuno-vitamin”, a natural and versatile feed additive capable of fortifying the immune response, accelerating growth, and improving survival across a diverse range of animals. It offers a science-backed solution for producers looking to reduce reliance on antibiotics while boosting productivity and animal welfare.

 

With safety confirmed through growth trials in poultry and fish, Somacy-SP006 presents a practical and reliable option for modern farming operations. Whether your goal is to enhance vaccine efficacy, improve egg production, prevent infections, or support faster growth, incorporating Somacy-SP006 into your feed program can deliver measurable results.

 

As the agricultural industry moves toward more sustainable and health-driven practices, feed innovations like Somacy-SP006 will be essential in meeting both ethical standards and economic goals. Invest in the future and explore the potential of Somacy-SP006 today.

 

To learn more about the Somacy-SP006 product available in the Philippines, sign up on Discover or contact your local representative for product samples, collaboration, or consultation.