BioPhos-P-FS
₹2,049
Phosphorus in cereals and oil seeds:
Phosphorus, an essential major mineral, is stored in the seeds in a special way involving inositol rings. Six phosphate molecules are bound to each inositol ring, forming phytic acid-myo-inositol-hexakis-phosphate. The salts of phytic acid are known as phytates.
In cereals and oil seeds phosphorus is mainly stored as a component of phytate. Up to 90 percent of total phosphorus content of these seeds is bound to phytate.
Estimated Delivery Date: January 24, 2025
Phosphorus in cereals and oil seeds:
Phosphorus, an essential major mineral, is stored in the seeds in a special way involving inositol rings. Six phosphate molecules are bound to each inositol ring, forming phytic acid-myo-inositol-hexakis-phosphate. The salts of phytic acid are known as phytates.
In cereals and oil seeds phosphorus is mainly stored as a component of phytate. Up to 90 percent of total phosphorus content of these seeds is bound to phytate.
Phytate- An anti-Nutritional factor:
The digestive system of Poultry is unable to release sufficient amounts of the phosphorus locked into the phytate. Monogastric animals utilize only 10-40% of the phosphorus contained in the feed.
The reminder is excreted in the feces and thus wasted.<br
Animal performance decreases as phytate levels increase in the feed- proving the anti-nutritional effect of phytate.</br
Phytate — A binding Agent:
In the Animal’s digestive tract, the feed passes through several chemically different environments — from the pH — neutral oesophagus through the acidic fundus of stomach, and from there to the more alkaline sections of the small intestine.
Over a broad pH range, the phosphorus bound in the phytate carries a negative electrical charge.
This explains phytate’s high affinity to positively charged major minerals and trace elements such as calcium, magnesium, zinc and iron.
As long as these nutrients are bound to phytate, the animal is unable to utilize them. Together with phosphorus, they are wasted.
BioPhos Forte-FS saves feed costs:
The results of investigations have shown that Phytase in BioPhos Forte-FS releases phosp horus, calcium, trace elements and protein from the phytate complexes in animal feed.
Based on the data available on Phytase, nutrient equivalencies can be developed for BioPhos Forte-FS, which a nutritionist, feed manufacturer or a farmer can use to optimize least cost feed formulas.
As a feed ingredient BioPhos Forte-FS provides a portion of the nutrients in the feed formula.
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