Achieving the greatest number of pigs at the most profitable target market weight, with the highest possible carcass yield percentage increases profitability. Implementing customized programs specifically designed to meet these goals give producers the greatest opportunity to see increases in return on investment.
While it is tempting and sometimes necessary, to use lower quality feed ingredients due to the cost and availability of corn and soybean meal, there are performance trade-offs to consider. The key to maintaining margins is to get the most nutrients out of the ingredients being fed using the latest technologies.
Organic acids like ACTIVATE® DA nutritional feed acid help maintain a healthy gut environment, reducing the risk of infection from bacterial diseases. Better acidification of the gut aids digestion and enzyme activation while antibacterial properties are thought to generate dual benefits of reducing pathogen levels while improving gut health inducing beneficial immune responses.
Minerals like MINTREX® chelated trace minerals absorption improvement means pigs get more of these necessary nutrients in their cells and tissues. As a result, better support of thousands of mineral-dependent enzymes and proteins occurs and biochemical work in the pig’s system functions optimally. Copper, specifically, can help optimize the antimicrobial effect in the GI tract resulting in improved gut health for the pig.
Antioxidants like AGRADO® Plus feed ingredient control oxidation in pigs so they get the best out of all the nutrients they consume. That means improved performance, feed efficiency and economic return for producers. Additionally, antioxidants stabilize and preserve feed, another economic benefit.
Enzymes like CIBENZA™ feed additive that improve amino acid availability and/or degrade non-starch polysaccharides (NSP) have gained a strong interest for swine feed. Amino acid availability is lower, and often more variable, in many protein sources compared to soybean meal. Proteases help by improving amino acid availability from these protein sources as well as soybean meal and help reduce the formulation risk associated with using variable sources of these non-soybean meal proteins.