Composition
What does the analytical specification actually tell you about the ingredient?
04 / NUTRITION
Protein is a number.
Nutrition is a system.
A serious protein ingredient is evaluated through composition, digestibility, amino-acid contribution, processing history and suitability within the complete nutritional programme.
THE NUTRITIONAL PRINCIPLE
What matters
after crude protein.
Crude-protein percentage is an important analytical parameter—but it does not, by itself, describe the complete nutritional value of an ingredient.
Nutritionists must consider the protein source, amino-acid profile, digestibility, ingredient processing, anti-nutritional factors and the requirements of the target animal or application.
NUTRITION DECISION MAP
Five dimensions
of protein quality.
Use this framework to move beyond headline composition numbers and evaluate an ingredient as part of a complete nutritional system.
THE FOUNDATIONS
A practical
evaluation framework.
Digestibility
How effectively can the nutritional components be digested and utilised?
Amino Acids
How does the ingredient contribute to the amino-acid requirements of the complete programme?
Processing
How can thermal, enzymatic or biological processing influence ingredient characteristics?
Application
Which species, life stage and formulation objective define suitability?
PROTEIN → PEPTIDES
Structure changes
the conversation.
Proteins are complex molecules. The SOYPRO™ technology proposition describes enzymatic hydrolysis as part of a process intended to break complex protein molecules into smaller molecular-weight peptides.
This creates an important scientific distinction between measuring total crude protein and discussing the physical and nutritional characteristics of processed protein fractions.
EXPLORE THE TECHNOLOGY →AMINO-ACID THINKING
The formulation
is the complete picture.
Individual ingredients contribute to a wider amino-acid system. The practical question for the nutritionist is how the complete formulation meets the requirements of the target application.
COMPLETE
FORMULATION
FORMULATION
PROTEIN
SOURCE
SOURCE
AMINO-ACID
BALANCE
BALANCE
DIGESTIBILITY
ENERGY &
OTHER NUTRIENTS
OTHER NUTRIENTS
ANTI-NUTRITIONAL CONTEXT
Nutrition includes
what can interfere.
Soy-based ingredients may contain naturally occurring compounds that are relevant to nutritional evaluation. Their importance depends on the ingredient, processing method and target application.
TRYPSIN INHIBITORSProtein-digestive enzyme interaction considerations.
OLIGOSACCHARIDESCarbohydrate fractions relevant to digestive response.
LECTINSBioactive compounds requiring ingredient-context evaluation.
PHYTATEMineral and nutritional interaction considerations.
PROCESSING MATTERS
Heat. Enzymes.
Biology.
Processing can materially influence ingredient characteristics. Different processing routes serve different objectives and must be assessed against the final application.
Heat treatment
Thermal processing can alter ingredient structure and reduce or manage certain heat-sensitive anti-nutritional components.
Hydrolysis
Enzymes can act on complex molecules and are central to the published SOYPRO™ processing proposition.
Fermentation
Fermentation introduces biological transformation and is presented as the second core element of the SOYPRO™ platform.
TECHNICAL DOCUMENTATION
The nutrition
knowledge library.
SOYPRO™ documentation is designed to support technical conversations with nutritionists, formulators, procurement teams and international partners.
01 / SCIENCEProtein Nutrition
Bio-Processing
Composition &
Protein Nutrition
Evaluation Dossier
A structured framework for evaluating protein ingredients beyond crude-protein percentage.
OPEN DOSSIER →02 / TECHNOLOGYBio-Processing
Technical Brief
Enzymatic hydrolysis and fermentation in the SOYPRO™ product proposition.
OPEN BRIEF →03 / PRODUCTComposition &
Product Data
Published product identity and analytical composition information.
VIEW PRODUCT DATA →SCIENTIFIC DISCIPLINE
Evidence before
extrapolation.
General nutritional science provides a framework for evaluating ingredients. Specific performance claims for a product, species or formulation should be supported by relevant analytical data, application evidence and technical validation.
START A TECHNICAL DISCUSSION →