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New research demonstrates the ability of refined functional carbohydrates to positively impact egg production efficiency.
February 24, 2016
SPONSORED BY ARM & HAMMER ANIMAL NUTRITION
By SANGITA JALUKAR*
*Dr. Sangita Jalukar is product development and research coordinator with Arm & Hammer Animal Nutrition.
New research1 demonstrates the ability of Refined Functional Carbohydrates (RFC) to positively impact egg production efficiency.
RFCs are the components harvested from yeast cells (Saccharomyces cerevisiae) using specific enzymes during the manufacturing process. This enzymatic hydrolysis yields mannan oligosaccharides (MOS), (1,3-1,6) beta-glucans and D-mannose.
These compounds are naturally present in all yeast cells, but are not readily bioavailable. The method of processing used to refine the yeast cells influences the size and structure of these liberated components which, in turn, affect bioavailability and functionality. Research2,3,4 shows that each RFC has a specific mode of action and outcome when fed to livestock.
CELMANAX, sold as AVIATOR in certain international markets, is a unique feed additive containing RFCs and is designed to improve overall health, growth and feed conversion in poultry. Multiple studies in broilers show these benefits to be consistent.
What impact does it have for layers?
Researchers recently set out to determine if AVIATOR can offer the same efficiency benefits for layers. They explored how well it compares to some other common feed additives.
The study was conducted in Guatemala and featured 200 Lohman White Classic layers at 28 weeks of age. The birds were allotted into five treatments in a completely randomized block design. The 10-week study included four birds per cage, with eight replications per treatment.
The birds were given a two-week adaptation period that was followed by eight weeks of data collection. A basal layer diet was formulated to meet the strain of egg-type chicken used. Water via two nipple drinkers per cage and mash feed prepared at a commercial feed mill was provided. In addition, 14.5 hours of total light (3.5 hours of artificial light) was provided during the study.
Data showed that AVIATOR results were excellent compared to some of the other competitors. AVIATOR was very good at improving both egg production efficiency as well as improving some of the egg parameters, supporting its application in the layer industry very well.
* All treatments improved egg production compared to control, but AVIATOR gave the largest numerical improvement in % production and number of eggs/hen housed compared to other feed additives tested (Figure 1).
* Feed efficiency was improved in hens supplemented with AVIATOR and Xtract compared to all other treatments (P < 0.05; Figure 2).
In addition, results also showed:
* Egg weight was not affected by treatments (Table).
* Egg yolk color was significantly higher in hens supplemented with BMD, AVIATOR and Xtract compared to control and probiotic (Table).
* Egg shell thickness was highest in hens receiving Xtract and lowest in those receiving the probiotic, with all other treatments being intermediate (Table).
Therefore, we are able to conclude that AVIATOR fed to layers resulted in the largest improvement in layer performance while improving some egg parameters compared to other feed additives tested.
1 Castaneda, G., S. Jalukar and H. Mann. 2016. The effect of AVIATOR supplementation compared to other feed additives on layer performance. Presented as abstract P327 at 2016 International Poultry Science Forum, Atlanta, Ga. AHAN Research. Available on request.
2 Hashim, A, G. Mulcahy, B. Bourke and M. Clyne. 2006. Interaction of Cryptosporidium hominis and Cryptosporidium parvum with primary human and bovine intestinal cells. Infection & Immunology 74(1):99.
3 Nocek, J., M.G. Holt and J. Oppy. 2011. Effects of supplementation with yeast culture and enzymatically hydrolyzed yeast on performance of early lactation dairy cattle. J. Dairy Sci. 94:4046-4056.
4 Baines, D., S. Erb, K. Turkington, G. Kuldau, J. Juba, L. Masson, A. Mazza and R. Roberts. 2011. Mouldy feed, mycotoxins and Shiga toxin - producing Escherichia coli colonization associated with jejunal hemorrhage syndrome in beef cattle. BMC Veterinary Research 7:24.
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