Tapioca Residue Pellet used for poultry

Laying poultry trade can use the diet containing from 25-45% Tapioca Residue Pellet, ensuring all growth indicators as well as performance and egg quality on par with conventional dietary dry corn + soybean oil . 25% Tapioca Residue Pellet diets for better quality eggs conventional diets. 45% Tapioca Residue Pellet diets while maintaining growth and productivity, egg quality but higher FCR conventional diet (about 2%). Tapioca Residue Pellet diets too much (eg 89%) while ensuring the growth and quality of eggs as Tapioca Residue Pellet diets 45% drop in egg production but clearly (eg ratio present chicken eggs - hen-day egg production - 67.5 versus 79%).

Ducks feed of local food enterprises, the high season prices bran plate, sometimes using Tapioca Residue Pellet to over 30% while maintaining the ducks "super meat" lay out "seven and a half division" for 9 months in Acts 2 and dual duck, duck egg lays on the "nine-stool" for 11 months in 2 cases with high quality eggs.

Tapioca Residue Pellet, as well as other kinds of food grains, often "guilty" is not much starch polysaccharide (NSP) causing the high oil feed harming intestinal digestibility and feed nutrient uptake of poultry. However, people often find that NSP Meal of higher Tapioca Residue Pellet and is still used in many poultry feed; eg content (%) components of Tapioca Residue Pellet and NSP Meal like this: total NSP 8.1 and 17.2; 1.9 and 2.0 arabinose; xylose 2.4 and 1.8; 0.2 and 0.6 mannose, galactose 0.4 and 2.9; 2.6 and 6.7; uronic acids 0.6 and 2.5. Cellulose is the most important of all NSP nuclear materials; while cellulose of even lower Tapioca Residue Pellet. It has been empirically found in all types of poultry that uses cellulase is effective basic and higher other NSPase.

Tapioca Residue Pellet can also help reduce air pollution withdraw amonhac in poultry barns. Mechanism of action of Tapioca Residue Pellet here as in pigs. Putting digestible fiber in the diet, through ingredients like Tapioca Residue Pellet, soybean pods, provides instant dry wort (DDGS), barn hens decreased by 50% NH3 emissions. Bacteria in the colon increased uric acid employed to reduce the amount of this substance in chicken manure thereby reducing the amount of NH3 production. Additionally bacterial VFA also involved in the distribution NH3 trap.