Improving broiler performance and profitability through precision trace mineral nutrition

Wednesday, August 11, 2021


Improving broiler performance and profitability through precision trace mineral nutrition


Trouw Nutrition

 

 

With many confusing claims regarding supplementation of trace minerals, nutritionists can struggle to understand which amount and form is best.


Trace minerals such as Zn, Cu, Mn, Fe, I, Co and Se are essential for supporting animals' profitability, productivity, and well-being. Correctly feeding trace minerals is an evolving science, which has advanced considerably since oxide-based trace minerals were first introduced in the early 20th century. Since then, new categories of trace minerals have been developed along with many claims about how mineral supplementation can affect animal performance and producers' bottom line.

 

Understanding the right solution


Given past ambiguities regarding trace mineral supplementation, nutritionists have long favoured feeding trace mineral levels well above published requirements. This practice is based on unknown stresses facing livestock, uncertainty concerning the availability of the metal contained within specific trace minerals supplements and confidence in the trace mineral being mixed accurately. A growing body of independent research now offers nutritionists clarity on how to cut through confusing claims surrounding trace mineral supplementation. Research confirms the absolute need to deliver both the most bioavailable form and optimal levels of trace minerals to support animals' requirements, while reducing their impact on the environment.


Bioavailability and Precision Nutrition


Inorganic trace mineral sources such as Sulphates and oxides are inexpensive. However, the metal contained within their structures has very low bioavailability. Also, research has defined several negative side effects of these sources on feed quality. Due to their high solubility/reactivity both within the feed and in the animal's digestive tract. When these highly soluble sulphates come in contact with moisture in the diet, their metals are easily released. The freed metals can bind with antagonists (phytate, AA, Ca, P, etc.) in the feed before they reach the point of absorption. Once the trace metal binds with an antagonist, both the trace metal and the nutrient are no longer available to the animal. These factors make it difficult for nutritionists to determine the correct amount of trace minerals to include in diets.


To compensate for these challenges, organic-based trace minerals were introduced (in the early 1970s). Typically, these products are characterised by their improved stability, resulting in more metal being delivered to the point of absorption. On the negative side, these products have low metal potencies and are significantly more expensive than market alternatives.
 


Fig. 1  A comparison of bioavailability of Sulphate, IntelliBond and Organic sources of trace mineral.


Hydroxy trace minerals – supports potency and profitability


The 3rd Generation oftrace mineral technology, hydroxy trace minerals, supports both optimised bioavailability and economics. Like the structural composition of organic trace minerals, hydroxy trace minerals use a series of covalent bonds to increase the trace mineral's availability. This structure allows significantly greater amounts of trace metal to be delivered to the intestinal tract for absorption, supporting animal performance and well-being. Unlike organic trace minerals, hydroxy trace minerals have much higher metal potencies and generally have a lower price point (Figure 1, C.M. Parsons, Univ. of IL.).

 

The right "precision trace mineral" programme


Beyond a trace mineral's bioavailability, nutritionists must ensure that the mineral is accurately and consistently delivered to livestock. Given the many steps involved in adding ingredients to an animal's diet, this can be a challenge, as the cumulative total of trace minerals in a tonne of complete feed is typically less than 0.5 kg (0.05%). A precision trace mineral nutrition programme involves selecting an optimal level of the most bioavailable source of trace minerals, and accurate weighing, ensuring that a homogenous blend of the right ingredients is available for the animal.

 

The benefits of Synergy


For decades, Trouw Nutrition has focused on developing, validating and implementing precision trace mineral nutrition programmes that support animal efficacy and profitability. Trouw Nutrition is now introducing IntelliOpt. IntelliOpt is an innovative species-specific trace mineral solution which uses both organic (Zn, Cu, Mn, Fe, Se) and hydroxy (Zn, Cu, Mn) trace mineral sources together in a synergistic blend with other essential trace minerals (Co, I) to consistently deliver high metal bioavailability at a cost-effective price.  A key advantage of this solution is the combination of both hydroxy (Selko IntelliBond) and organic (Selko Optimin) trace mineral sources in one convenient package to further improve animal performance during periods of high productivity and/or challenge. The synergy lies in the complimentary release profiles, allowing animals to absorb more trace minerals throughout their intestinal tract.


A meta-analysis of four trials showed that a combination of 70 ppm of zinc from IntelliBond, and 10 ppm of zinc from Optimin significantly improved final body weight and FCR of broilers, demonstrating the clear advantage of combining both sources (Figure 2). Additionally, when the full IntelliOpt concept was applied, a significant (P<0.05) improvement in feed conversion ratio was observed, compared to sulphate sources. Giving a 3.5 X return on investment. This indicates that overall profitability of a broiler flock can be optimised, by investing in a higher quality trace mineral programme.      

 


Fig. 2  Feed conversion ratio analysis comparing 4 treatments. The p-value indicates that columns with different labels (a,b) are significantly different.

 


Fig. 3  A graph showing the growth performance of Broilers fed either Sulphate trace minerals, or a trace mineral blend, IntelliOpt Broiler.


In summary


The need to match animal requirements with research validated products and programmes is becoming more important. Achieving this objective using a precision trace mineral nutrition programme such as IntelliOpt is a proven solution that can result in improved animal productivity, well-being and environmental compliance.

 


For more of the article, please click here.

 

Article made possible through the contribution of Trouw Nutrition

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