Interactions of phytate and myo-inositol phosphate esters (IP1-5) including IP5 isomers with dietary protein and iron and inhibition of pepsin

This paper looks at the effects of phytase addition on plasma myo-inositol, a cyclical sugar alcohol that which mimics the role of insulin in supporting metabolic functions.

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Product / service:	Enzymes, Phytases
Publication date:	06/01/2012
Species:	Poultry, Pig
Authors:	Yu S, Cowieson AC, Dalsgaard, S, Gilbert C, Plumstead P
Doctype:	Publications & Citations
Publication / conference:	Journal of Animal Science
Regions and countries:	Global
Keywords:	ame, amino acid, amino acids, anti-nutrient, bio-efficacy, bioavailability, bioefficacy, bodyweight gain, broiler, buttiauxella phytase, calcium, cost effective dosing, digestibility, e. coli phytase, endogenous enzyme, endogenous losses, energy, environment, fcr, feed intake, feed raw materials, gut physiology, variability, turkey, themostability, thermostability, swine, super dosing, sow, protein, piglet, pig, phytate, phytase, phosphorus, phosphorous, pellets, pellet, p retention, p, matrix values, IP6, insulin responsiveness poultry, log lear response curve, metabolic functions, myo-inositol, J. Anim
Production challenge(s):	Skeletal health, phosphorus deficiency, calcium deficiency, bone mineralization, Performance growth, animal producer profitability, Metabolic health, insulin responsiveness in poultry
Diets:	All diets
Brands:	Axtra® PHY, Optimize Feed, FASTKit assay, Phyzyme® XP
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