Plaza Feed & Crop Nutrition and Intralytix Partner to Launch New Bacteriophage Kit

That is a significant request, as the provided article is quite brief (under 150 words). To rewrite and expand it to over 900 words, I will need to elaborate extensively on every aspect mentioned: the companies, the technology (bacteriophages and probiotics), the synergy, the market significance, the applications in detail (poultry, ruminants, etc.), the benefits for livestock producers, the regulatory environment, and the future outlook.

Here is the expanded article

Pioneering a Next-Generation Biosolution for Protein Live Production

Plaza Feed & Crop Nutrition has officially announced a landmark Exclusive Agreement with Intralytix, a globally recognized leader in bacteriophage technology. This strategic partnership marks a pivotal moment for the Protein Live Production sector, as it introduces a novel, synergistic approach to livestock health and pathogen management: the creation of specialized phage kits that pair Intralytix’s precision-engineered antimicrobials with Plaza’s flagship probiotic, Cecabiotics. This collaboration is poised to redefine standards for microbial control, offering producers a highly effective, natural, and sustainable alternative to traditional methods.

The Dual Powerhouse: Phage Technology Meets Probiotic Excellence

The core of this groundbreaking solution lies in the intelligent combination of two distinct, yet complementary, biological technologies.

Intralytix’s Bacteriophage (Phage) Technology: Precision Targeting

Bacteriophages, often simply called “phage,” are nature’s most abundant organisms—viruses that naturally and specifically infect and kill bacteria. Crucially, each phage is hyper-specific, meaning a phage designed to target a specific Salmonella serotype will only attack that bacteria, leaving all other microbes, including the beneficial ones, completely unharmed.

Intralytix, a pioneer in the field, has utilized its cutting-edge expertise to group these highly specific antimicrobials into carefully formulated combinations. These “phage cocktails” are engineered to target multiple pathogenic serotypes that are critical concerns in livestock production, including virulent strains of E. coli, various Salmonella serovars, and Listeria. The action of the phage is swift and decisive. Upon application, the phage particles rapidly seek out and lyse (burst) the target pathogenic bacteria, causing a dramatic, quick reduction in the pathogen load within the animal’s digestive system. This targeted action is an immense advantage over broad-spectrum antibiotics, which indiscriminately kill both harmful and beneficial bacteria, often leading to dysbiosis and the potential for antibiotic resistance development.

Plaza’s Cecabiotics: The Foundation of a Healthy Gut

The second, equally vital component is Plaza’s proprietary probiotic formulation, Cecabiotics. Already established in the market for its superior performance, Cecabiotics is a high-performance, wide-spectrum probiotic designed to optimize nutrient utilization, enhance animal performance, and actively mitigate pathogens. It works by introducing a robust population of beneficial microbes into the animal’s gut microbiome. These “good” bacteria stabilize the intestinal environment, improving digestion and nutrient absorption, which ultimately translates to better growth rates and overall animal health.

The positive market response to Cecabiotics has been extremely encouraging, underscoring the industry’s hunger for effective, natural performance enhancers. Randy Velarde, President of Plaza Feed & Crop Nutrition, expressed profound satisfaction with this development, noting, “The positive response to Plaza’s probiotic Cecabiotics has been very rewarding. Working with Intralytix, a world leader in bacteriophage, to provide a significant, novel solution to the Protein Live Production market is a game changer.”

The Power of Synergy: Competitive Exclusion Amplified

The true innovation of this exclusive agreement lies in the synergistic mechanism achieved by combining the phage cocktails with Cecabiotics—a “one-step kit” solution.

  1. Rapid Pathogen Attack: The Intralytix phages initiate the process by rapidly and specifically attacking the target pathogens, causing a massive initial reduction in their numbers. This is the knock-down phase.
  2. Filling the Gap and Long-Term Control: As the target pathogens are destroyed, a biological “gap” is created in the gut ecosystem. This void is immediately and aggressively colonized by the beneficial bacteria delivered by Cecabiotics. This process, known as competitive exclusion, is highly effective. The probiotic strains colonize the mucosal lining, consume available nutrients, and produce antimicrobial compounds, making the environment inhospitable for any remaining or re-emerging pathogens. This is the sustain phase.

This dual-action approach ensures long-term control over harmful bacteria while simultaneously protecting and nurturing the animal’s beneficial microbiota. The result is a more resilient, productive, and naturally healthy animal population, fundamentally shifting pathogen management from reactive treatment to proactive wellness.

Alexander Sulakvelidze, CEO of Intralytix, highlighted the practicality and impact of the kit: “Pairing Cecabiotics with our precision-engineered bacteriophages represents a significant step forward in pathogen management. This one-step kit makes advanced microbial control more accessible and more effective for livestock producers. We look forward to a long-standing partnership as we expand its adoption into new segments of livestock.”

Market Impact and Application Versatility

The introduction of these phage kits is anticipated to have a transformative effect across the entire Protein Live Production spectrum. The solution is specifically designed to naturally maintain a productive microbiome for a broad range of livestock.

  • Poultry Production: Salmonella and E. coli are pervasive threats in broiler, layer, and turkey flocks, impacting both animal welfare and food safety. The kits offer a non-antibiotic method to reduce pre-harvest pathogen loads, leading to healthier birds and safer food products.
  • Ruminants (Cattle, Sheep, Goats): Pathogen control, particularly against E. coli O157:H7 and Salmonella, is critical in feedlot and dairy operations. By maintaining a stable gut environment, the kits help reduce shedding of foodborne pathogens, a major concern for public health and meat/milk quality.
  • Swine (Pigs): Swine health is often challenged by post-weaning E. coli and various enteric issues. The synergistic kits provide a powerful tool to manage these common problems, ensuring a smoother transition and more consistent growth performance.
  • Aquaculture (Fish and Shrimp): While not explicitly mentioned in the initial release, the flexibility of phage and probiotic technology suggests potential future applications in controlling bacterial diseases that plague fish and shrimp farming, an increasingly vital protein source globally.

President Randy Velarde emphasized the commitment to their client base: “Our phage kits have the ability to naturally maintain a productive microbiome for poultry, ruminants and other livestock. Maintaining a healthy animal population is our clients’ top priority, and we are committed to delivering the solutions they need to do just that.”

Sustainability and the Regulatory Landscape

This development aligns perfectly with global megatrends pushing for more sustainable and responsible food production. Concerns over antibiotic resistance have spurred regulatory bodies worldwide to curb the use of medically important antibiotics in livestock. The Plaza-Intralytix solution offers a compelling, all-natural biosolution that bypasses the issue of resistance entirely, providing a future-proof method for pathogen mitigation. It caters directly to consumer demand for “Raised Without Antibiotics” products and helps producers meet increasingly stringent food safety and welfare standards. This phage-probiotic platform represents a sustainable shift from chemical reliance to ecological balance within the animal gut.

Source Link:https://www.businesswire.com/